KR20120053851A - Stank model using adhesive sheet and method for producing green of stank model - Google Patents

Abstract

PURPOSE: A reservoir model and a green belt expressing method thereof are provided to express the green belt to various colors by using an adhesive sheet and to improve working property by reducing time which is required for expressing the green belt. CONSTITUTION: A green belt(65) is expressed various colors. A field and a rice paddy around a reservoir are expressed to the various colors. Adhesive sheets of the various colors which are cut in order to be corresponded to an area expressed as the green belt are manufactured. The adhesive sheets are laser-cut by using a drafting file for expressing the green belt of a reservoir model. The adhesive sheet is composed of material having texture including pulp, non-woven fabric, pelt etc.

Description

Beam model using adhesive sheet and method for producing green of stank model}

The present invention relates to a model and a method for directing the greenery, and more particularly, to prepare an adhesive sheet of various colors cut to correspond to the area directed to the greenery in the beam model, and to cut the corresponding part from the adhesive sheet of the various colors cut. The present invention relates to a beam model and a method for directing the green space, which are separated and attached to a corresponding green area of the beam model to produce greenery in various colors.

Models are modeled after real objects to specify three-dimensional characteristics of existing or planned objects. These models are largely classified as practical objects for various purposes such as experiments, exhibitions, education, etc. in various fields of science and industry, and as objects of interest for those who enjoy ornaments or production processes. In addition, it is classified into a scale model, a full scale model, and a scale model, and classified according to the use. Models have a long history since they were used as an accessory in ancient Egypt or China, and their importance is increasing in response to academic and industrial development, and the development of materials and devices is being promoted.

In particular, such a model is composed of a number of preliminary works for implementing objects, for example, the construction of buildings such as apartments, buildings, urban construction, and the like. In addition to the object, the modeling work also produces the surrounding environment, such as greenery such as mountains, rice fields and fields.

Most of the greenery is produced by spraying a color paint to express the area by spraying the area. In this case, in order to express the greenery in various colors, the area to be coated with the paint of the color is opened and the remaining area should be masked after the spraying of the paint.

For this reason, when the greenery is typically produced in a single color or two colors, the reality of the greenery produced in the model is problematic. Particularly, when making a model of a beam installed in a river, a square paddy field or field is formed around the actual stream, but when the model is manufactured, it is expressed through spraying, so green areas such as rice fields and fields are expressed. There is a limit to making it realistic.

Of course, in order to realistically produce greenery such as rice fields or fields, a lot of masking work may be performed, but in this case, too much time is required to produce a model, which has a problem of poor workability.

Accordingly, an object of the present invention is to provide a beam model using an adhesive sheet and a method for directing the green space when the beam model is produced in a realistic manner.

It is another object of the present invention to provide a beam model using an adhesive sheet and a method for directing the green space when the beam model can be produced in various colors.

It is another object of the present invention to provide a beam model using an adhesive sheet and a method for directing the green space that can improve workability by reducing the time required to produce the green space of the beam model in various colors.

In order to achieve the above object, the present invention is to produce an adhesive sheet of various colors cut to correspond to the area produced by the greenery in the beam model, and to remove the corresponding portion from the adhesive sheet of the various colors cut the corresponding greenery of the beam model Provided is a beam model using an adhesive sheet attached to a part to produce greenery in various colors, and a method for producing greenery.

The present invention is a greenery rendering method of the beam model, cutting step of cutting the adhesive sheet corresponding to the greenery to be included in the beam model using the drawing file of the beam model, the drawing file of the beam model on the base plate of the beam model A printing step of printing an area to be formed into green space by using, and an attaching step of separating a corresponding area from the cut adhesive sheet corresponding to the green area printed on the base plate of the beam model and attaching the area to the green area. Provided is a method for producing green space in a beam model using an adhesive sheet.

In the greenery production method of the beam model using the adhesive sheet according to the present invention, the cutting step, preparing a plurality of adhesive sheets to produce the greenery included in the beam model, the same color of the greenery included in the beam model And dividing the portion produced by cutting the plurality of adhesive sheets, respectively, using the drawing file of the beam model, and painting the plurality of cut adhesive sheets, respectively, in a corresponding color.

In the green space production method of the beam model using the adhesive sheet according to the present invention, the cutting step, preparing a plurality of adhesive sheets corresponding to a plurality of colors to produce the greenery included in the beam model, and the beam model Dividing the portion produced in the same color of the greenery included in the cutting step may include cutting each of the adhesive sheet of the corresponding color using the drawing file of the beam model.

In the green space production method of the beam model using the adhesive sheet according to the present invention, the material of the adhesive sheet includes at least one of pulp, nonwoven fabric and felt.

In the green space production method of the beam model using the adhesive sheet according to the present invention, the adhesive sheet may be provided attached to the moldable form on the base film.

In the greenery production method of the beam model using the adhesive sheet according to the present invention, in the cutting step, the adhesive sheet may be laser cut.

The present invention also provides an adhesive sheet assembly for producing greenery of a beam model including a base film and an adhesive sheet. In this case, the adhesive sheet has an adhesive layer formed on one surface facing the base film, and is cut to correspond to the green space included in the beam model using a drawing file of the beam model, and can be released from the base film.

In the adhesive sheet assembly for producing greenery of a beam model according to the present invention, the base film includes a support plate and a protective film. At this time, one side of the protective film is attached to the support plate, the adhesive sheet is attached to the other surface opposite to one surface in a form that can be released.

The present invention also provides a beam model in which greenery is produced using an adhesive sheet including a base plate and an adhesive sheet for producing greenery. The base plate is printed with an area to be formed into green space using a drawing file of a beam model. The adhesive sheet for producing greenery has various shapes and colors corresponding to the plurality of green areas printed on the base plate, and is attached to the green areas.

And in the beam model in which the greenery is produced by using the adhesive sheet according to the present invention, the adhesive sheet is attached to the base film in a form that can be released, and included in the beam model using a drawing file of the beam model It is cut corresponding to the greenery, and is released from the base film and attached to the corresponding greenery area of the base plate.

According to the present invention, an adhesive sheet of various colors cut to correspond to an area directed to green areas in a beam model is manufactured, and the parts are separated from the cut sheets of various colors to be attached to the corresponding green area of the beam model. By directing in a variety of colors, you can produce greenery realistically in a variety of colors when creating a beam model. At this time, since the laser cutting operation for the adhesive sheet is performed using the drawing file for producing the green space of the beam model, there is also an advantage that can accurately produce the green area of the beam model.

In addition, the production of greenery is produced by the simple work of detaching the green area from the adhesive sheet corresponding to the green area of the beam model and attaching the green area to the green area. This can improve workability by reducing the time it takes to do so.

In addition, since the adhesive sheet uses a textured material such as pulp, nonwoven fabric, felt, etc., there is an advantage that the surface of the green space can be expressed in a three-dimensional and realistic manner as compared to the conventional paint.

1 is a flow chart according to the greenery production method of the beam model using an adhesive sheet according to an embodiment of the present invention.
2 is a detailed flowchart according to an example of the cutting step of FIG. 1.
3 is a detailed flowchart according to another example of the cutting step of FIG.
4 to 8 are views showing each step according to the greenery production method of FIG.
FIG. 9 is a photograph showing a beam model including greenery produced according to the greenery rendering method of FIG. 1.

It should be noted that in the following description, only parts necessary for understanding the embodiments of the present invention will be described, and descriptions of other parts will be omitted so as not to distract from the gist of the present invention.

The terms or words used in the specification and claims described below should not be construed as being limited to the ordinary or dictionary meanings, and the inventors are appropriate to the concept of terms in order to explain their invention in the best way. It should be interpreted as meanings and concepts in accordance with the technical spirit of the present invention based on the principle that it can be defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely preferred embodiments of the present invention, and are not intended to represent all of the technical ideas of the present invention, so that various equivalents And variations are possible.

Hereinafter, with reference to the accompanying drawings will be described in detail an embodiment of the present invention.

1 is a flow chart according to the greenery production method of the beam model using an adhesive sheet according to an embodiment of the present invention. 2 is a detailed flowchart according to an example of the cutting step of FIG. 1. 3 is a detailed flowchart according to another example of the cutting step of FIG.

1 to 3, the method for producing greenery of a beam model according to an exemplary embodiment of the present disclosure may include cutting an adhesive sheet (S71) and using the drawing file of the beam model to form an area to be formed of greenery on a base plate. A printing step (S73), and a step of separating the area from the cut adhesive sheet corresponding to the printed green area and attaching to the green area (S75).

Cutting the adhesive sheet according to step S71 may be performed as shown in FIG. 2 or 3.

Referring to the step (S71) for cutting the adhesive sheet according to Figure 2 as follows. First prepare a plurality of adhesive sheets in step S711. That is, a plurality of adhesive sheets for producing greenery included in the beam model are prepared. In this case, the adhesive sheet may be provided in the form of an adhesive sheet assembly. The adhesive sheet assembly has a structure in which an adhesive sheet is attached to the base film so as to be releasable. Next, in step S713, a plurality of adhesive sheets are cut using the drawing file of the beam model by dividing the portion produced by the same color among the green spaces included in the beam model. In this case, a laser cutting method may be used as the cutting method. And each of the plurality of adhesive sheets cut in step S715 is painted in the corresponding color. In this case, the drawing file of the beam model may be a file created by a drawing creation program, for example, CAD, SolidWorks, mdt, Rhino, or the like.

Referring to the step (S71) of cutting the adhesive sheet according to Figure 3 as follows. First, in step S712, a plurality of adhesive sheets corresponding to a plurality of colors to produce greenery included in the beam model are prepared. In operation S714, the parts of the green space included in the beam model are divided by the same color, and the adhesive sheets of the corresponding color are cut using the drawing file of the beam model. In this case, a laser cutting method may be used as the cutting method. In the case of using a pre-painted adhesive sheet, there is an advantage that the drawing operation after cutting the adhesive sheet with a laser can be omitted.

In this way, since the greenery portions produced in the same color are collected and transferred to the adhesive sheet by laser, the plurality of masking operations required to express the greenery portions in various colors can be omitted. In particular, since the conventional masking operation is performed on the base plate, it may take a considerable time to recover if a working mistake occurs during the masking operation. However, in the present embodiment, since the masking operation can be omitted, such a problem can be prevented from occurring.

Such a greenery production method of the beam model according to the present embodiment will be described with reference to the drawings of FIGS. 4 to 8. 4 to 8 are views showing each step according to the greenery production method of FIG. At this time, the cutting step of the adhesive sheet has been disclosed an example performed in the step according to FIG.

First, as shown in FIG. 4, a plurality of adhesive sheet assemblies 10 are prepared. In this case, the adhesive sheet assembly 10 includes a base film 11 and an adhesive sheet 13. The base film 11 protects the adhesive sheet 13 and functions to keep the adhesive sheet 13 flat. The adhesive sheet 13 has an adhesive layer 16 formed on one surface of the adhesive sheet 13 facing the base film 11.

The base film 11 here includes a support plate 12 and a protective film 14. The support plate 12 functions to keep the adhesive sheet 13 flat. Styrofoam in the form of a thin plate may be used as the support plate 12.

One side of the protective film 14 is attached to the support plate 12, the adhesive sheet 13 is attached to the other surface opposite to one surface in a form that can be released. The protective film 14 functions to protect the adhesive layer 16 of the adhesive sheet 13.

The adhesive sheet 13 includes an adhesive layer 16 and a sheet layer 18 formed on the adhesive layer 16. At this time, the sheet layer 18 may be a material capable of expressing the texture of the greenery, such as pulp, nonwoven fabric, felt (felt) and the like.

Next, as shown in FIG. 5, the adhesive sheet 13 of the adhesive sheet assembly 10 is cut using the laser cutting device 20. That is, the adhesive sheet 13 is cut by the laser cutting device 20 using the drawing file of the beam model by dividing the portion produced by the same color among the green spaces included in the beam model.

In this case, the laser cutting device 20 includes a laser irradiator 21 and a controller 23 for controlling the laser irradiator 21. The controller 23 may load the drawing file 25 of the beam model to perform a cutting process of the adhesive sheet 13 using a laser. Cutting of the adhesive sheet 13 may be performed as follows. That is, the controller 23 loads the drawing file 25 of the beam model to be manufactured in a state where the adhesive sheet assembly 10 to be cut is mounted and fixed on the work table of the laser cutting device 20. Subsequently, the controller 23 drives the laser irradiator 21 to transfer the portion of the green space included in the beam model, which is produced in the same color, using the drawing file 25 of the loaded beam model to the adhesive sheet 13 with a laser. do. By the laser transfer, the adhesive sheet 13 is cut corresponding to the greenery shape to be produced. In this manner, the plurality of adhesive sheets 13 required for greening of the beam model are laser cut.

Subsequently, as shown in FIG. 6, the cut plurality of adhesive sheets 13 are respectively painted in the corresponding colors using the painting apparatus 30. In this case, an air brush may be used as the painting device 30.

Next, as illustrated in FIG. 7, the region 19 (hereinafter referred to as a “unit adhesive sheet”) is separated from the cut adhesive sheet 13 corresponding to the green area printed on the base plate of the beam model.

As shown in FIG. 8, the separated unit adhesive sheet 19 is attached to the corresponding region 67 of the green area printed on the base plate 50 of the beam model 100.

Here, the beam model 100 includes a base plate 50, a beam 61, a mountain 63, a green area 65, and the like formed on the base plate 50 as a model. The base plate 50 includes a wood plate 51 and an acrylic plate 53 attached to the wood plate 51. At this time, instead of the wood plate 51 may be used plywood. The drawing is printed on the acrylic plate 53 using the drawing file of the beam model 100. As the base plate 50, only one of the wood plate 51, the plywood, or the acrylic plate 53 may be used, and plates of various other materials may be used.

The laser printing method may be used as a method of printing the drawing file of the beam model 100. When printing the figure of the beam model 100, the portion where the beam 61 is formed, the portion where the mountain 63 is to be formed, and the portion where the greenery 65 is to be formed are printed. Here, reference numeral L denotes a line of the portion of the greenery 65 printed on the acrylic plate 53.

As described above, the printing of the beam model 100 on the base plate 50 proceeds to a process independent of the cutting of the adhesive sheet 13. Therefore, in the present embodiment has been described in the order of the step of printing the beam model 100 after the step of cutting the adhesive sheet 13, it may proceed in the reverse order, or may proceed together.

After the drawing file of the beam model 100 is printed on the base plate 50, beams 61, mountains 63, green areas 65, and the like are formed, which may be the basis of the beam model 100. After forming a periphery that includes a mountain 63 therein, the beam 61 and the greenery 65 may be formed. The periphery containing the acid 63 can be formed by the spraying method of green powder using an airbrush. For example, the sawdust dyed green with an air brush using a woodworking bond is sprayed onto the corresponding area of the base plate 50 to form the periphery including the acid 63. At this time, when forming the periphery including the mountain 63, the portion where the beam 61 and the greenery 65 will be formed is masked with paper tape or the like.

After forming the periphery including the acid 65, after removing the masked paper tape, the beam 61 and the greenery 65 are formed.

By repeating the processes of FIGS. 7 and 8, as shown in FIG. 9, the beam model 100 in which the greenery 65 is directed may be manufactured. 9 is a photograph showing the beam model 100 including the greenery 65 produced according to the greenery production method of FIG.

As shown in FIG. 9, it can be seen that the greenery 65 is produced in various colors in the beam model 100 manufactured according to the present embodiment. That is, it can be seen that the green area 65 around the beam 61, that is, the rice fields and the fields are produced in various colors.

As described above, according to the exemplary embodiment of the present invention, the adhesive sheet 13 of various colors cut to correspond to the region produced by the greenery 65 in the beam model 100 is manufactured, and the adhesive sheet 13 of various colors cut. By separating the corresponding part from the) and attaching it to the corresponding greenery part of the beam model 100 to produce greenery 65 in various colors, the greenery 65 can be produced realistically in various colors when producing the beam model 100. . In this case, since the laser cutting operation is performed on the adhesive sheet 13 using the drawing file for producing the green space 65 of the beam model 100, the green space 65 of the beam model 100 may be precisely manufactured. There is also an advantage.

And since the greenery production to produce the greenery 65 through a simple operation of separating the corresponding greenery part of the beam model 100 from the adhesive sheet 13 and attaching to the greenery part, greenery of various colors (65 Compared to the masking work for producing), it is possible to reduce the work time required to produce the greenery (65).

In addition, since the adhesive sheet 13 uses a textured material such as pulp, nonwoven fabric, or felt, there is an advantage that the surface of the green paper 65 can be expressed in a three-dimensional sense as compared with a conventional coating material.

On the other hand, the embodiments of the present invention disclosed in the specification and drawings are merely presented specific examples to aid understanding, and are not intended to limit the scope of the present invention. In addition to the embodiments disclosed herein, it is apparent to those skilled in the art that other modifications based on the technical idea of the present invention may be implemented.

10: adhesive sheet assembly
11: base film
12: support plate
13: adhesive sheet
14: protective film
16: adhesive layer
18: sheet layer
19: unit adhesive sheet
50: base plate
51: wood plate
53: acrylic plate
61: Bo
63: mountain
65: greenery
100: Beam Model

Claims (10)

As the green space rendering method of the beam model,
Cutting the adhesive sheet corresponding to the green space to be included in the beam model using a drawing file of the beam model;
A printing step of printing an area to be formed into green space on a base plate of the beam model using a drawing file of the beam model;
An attaching step of detaching the region from the cut adhesive sheet corresponding to the green region printed on the base plate of the beam model and attaching the region to the green region;
Greenery production method of the beam model using an adhesive sheet comprising a. The method of claim 1, wherein the cutting step,
Preparing a plurality of adhesive sheets to produce greenery included in the beam model;
Cutting each of the plurality of adhesive sheets using a drawing file of the beam model by dividing a portion of the green space included in the beam model by using the same color;
Painting each of the cut plurality of adhesive sheets in a corresponding color;
Greenery production method of the beam model using an adhesive sheet comprising a. The method of claim 1, wherein the cutting step,
Preparing a plurality of adhesive sheets corresponding to a plurality of colors to produce greenery included in the beam model;
Dividing the portions produced by the same color among the green spaces included in the beam model, and cutting the adhesive sheets of the corresponding color using the drawing file of the beam model;
Greenery production method of the beam model using an adhesive sheet comprising a. The material of the adhesive sheet according to claim 1,
A green space production method of a beam model using an adhesive sheet comprising at least one of pulp, nonwoven fabric and felt. The method according to claim 1, wherein the adhesive sheet,
A green space production method of a beam model using an adhesive sheet, characterized in that provided is attached to the base film in a moldable form. The method of claim 1, wherein in the cutting step,
The greenery production method of the beam model using the sheet, characterized in that for laser cutting the adhesive sheet. Adhesive sheet assembly for green area production of beam model,
Base film;
An adhesive layer is formed on one surface facing the base film, the adhesive sheet is cut to correspond to the greenery included in the beam model using a drawing file of the beam model, the adhesive sheet capable of releasing from the base film;
Adhesive sheet assembly for greenery production of the beam model comprising a. The method of claim 7, wherein the base film,
Support plate;
One side is attached to the support plate, the protective film to which the adhesive sheet is attached to the other surface opposite to one side in a moldable form;
Adhesive sheet assembly for greenery production of the beam model comprising a. A base plate on which a region to be formed into green space is printed using a drawing file of a beam model;
An adhesive sheet for producing green paper having various shapes and colors corresponding to the plurality of green areas printed on the base plate and attached to the green areas;
Beam model is produced greenery using an adhesive sheet comprising a. The method of claim 9, wherein the adhesive sheet,
It is attached to the base film in a releasable form, is cut to correspond to the greenery included in the beam model using a drawing file of the beam model, is released from the base film is attached to the corresponding green area of the base plate A beam model in which greenery is produced by using an adhesive sheet.

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