KR19990073401A - How to make large artificial sulfur brush and blue brush tree for outdoor installation - Google Patents

Abstract

Manufacture and install large artificial yellow brush and blue pine tree (height 3M ~ 100M) for manufacture using outdoor mold

In other words, the roots and pillars of the tree are made of reinforcing wire (H-beam) wire mesh, gypsum bandage and concrete, and the outside of the tree is made of soft plastic and rubber with various shapes of cuticles and pine branches. Manufactures and installs yellow pine and blue pine trees in large size

The present invention is composed of four divisions such as root, pillar, stem, and branch. The root part is made of reinforced concrete by installing reinforcing bars. To keep pillars

The stem is made of various shapes with reinforcing bars, and then connects several pine branches to make a large branch.

The outside of the column is finished by attaching the skins of various shapes made of soft plastics of different thicknesses in stages.

The present invention is manufactured and installed with moldings manufactured using molds, so mass production is possible.

In particular, it is groundbreaking in the fields of environment, nature, tourism resources, and landscaping.

Description

How to make large artificial yellow pine and blue pine wood for outdoor installation {.}

The present invention is to manufacture and install the outdoor using a large artificial sulfur brush and blue pine wood (height 3M ~ 100M) as an injection molded product using a mold

The roots of the trees and the inside of the columns cultivate concrete compounded in the structure using reinforcing bars (H beam), wire mesh, and plaster bandages. It is to make and install old yellow pine trees and blue pine trees in large size (building height) like outdoor buildings.

Conventionally, there is no artificial cypress or artificial wood that is installed outdoors or manufactured using a mold. However, as shown in FIG. 1, a small (within 1M height) artificial wood that can be transported in minutes in the room is made of soft (2) soft wood. The iron core plate (1) fixed in the plastic pipe is wound around the pedestal column of the Y-shaped pedestal (5) made easy to form the root shape of the artificial tree with adhesive ribbon (6), and the surface of the iron core plate (1) The fine wires (4) wound on the adhesive ribbon are inserted deeply into the formed small holes (3) to form a skeleton of the tree, and the clay (7) is applied on them to paint the color (7) and around the fine wires (4). 8) There is a small artificial tree made of paste

Small artificial trees according to the prior art are weak and not permanent because they need to maintain and form the whole tree by applying clay to the pillars and stems.

In addition, color of the topsoil and the epidermis are used to show the name of the tree. Adhesive tape wrapped around tree branches is vulnerable to sprouts with paper tape.

The conventional technique of painting and coloring clay is difficult to produce old pines with thick skins and deep bones like old pine trees, and it is difficult to install large (3M ~ 100M) pine trees that must be installed outdoors like buildings. Difficult to manufacture in structure

The present invention has developed a technology for permanently manufacturing a large artificial cypress permanently by using a mold using a soft plastic and rubber, which is not conventional.

Figure 1: conventional common miniature artificial wood

(Figures 2 through 8 are explanatory diagrams according to the present invention)

FIG. 2: A block diagram showing the internal structure by dividing the whole tree into 4 sections

3: Sectional drawing of the column which shows the structure inside the column

4: Top and side views of 8 different skins manufactured using a mold

Figure 5: Front and side views of the top of the column and the skin around which the stem is wound

Fig. 6: Top and side views of the finishing skin to be attached after winding (figure 5)

7: Sponge tube to adjust the thickness of the pine branch and branches

8: Perspective view of the completed large artificial cypress of the present invention

※ Explanation of codes for main parts of drawing

(1-1) Diagram of conventional artificial tree decomposition (1-2) Diagram of conventional artificial tree bonding

(1-3) Concrete perspective view of a conventional artificial tree (10) Epider (11) Gypsum bandage (12) Wire mesh

(13) Reinforced steel beams and beams (14) Combined concrete (16) root (17) Columns (18) Stalks

(19) Branches (10-1) to (10-8) Eight kinds of cuticles (19-1) Pine branches

(19-2) Sponge tube to adjust the thickness of the branches (19-3)

The present invention is an injection-molded product made using a mold made of steel structure, soft plastic, and rubber. It manufactures and installs artificial sulfur brush and blue pine tree in a large scale outdoors. The whole is divided into four main parts such as root, pillar, stem and branch. Make up

In the present invention, the root (16) part of the steel structure (figure 2) calculates the scale so that it can support the whole tree weight and installs it with reinforcing bars or H beams and reinforces the column (17) part to ½ to ⅔ the height of the tree. (13) make a cypress-shaped column, connect it with the roots, and cultivate the bottom of the roots with the compounded concrete first.

The steel bar 13 is properly crossed and welded to the center of the column (figure 3), and wrapped and fixed with a wire mesh 12.

Wind the plaster bandage (11) to the outside of the fixed wire mesh and spray it with water to harden it.

After the plaster is hardened, it is put into the pillar using the mixed concrete (14) to be nurtured.

After the inside of the pillar 17 is nurtured, the remaining pillar upper part and the stem 18 are formed using various reinforcing bars in the form of skeleton.

Connect several pine branches (19-1), adjust the thickness of the branches with a sponge tube (19-2), insert them, and then roll them with a thin epidermis (figure 5) to make large branches, and adjust the number of large branches to each stem. Let

Columns and stems of ½ to ⅔ or more above the tree height, where the thick skin (figure 4) will not be attached, can be fitted into the wire net 12, gypsum bandage 11 and the thin part of the stem according to their thickness (19). -2) After finishing with a thin epidermis (figure 5), wrap it tightly so that it does not overlap or open.

When the upper part and the stem are finished, apply liquid rubber to the surface and dry them. Then, use a strong adhesive to naturally attach the thin skin (figure 6) to the appropriate space.

Apply a strong adhesive to the surface of the plaster bandage (11) of the ½ to ⅔ high concrete part of the wooden column, and then apply different thicknesses and sizes to the outer surface (figure 4) of the plastic mold. ) ~ (10-8) is finished by pasting the outer skin of the column from the upper skin (10-8) to the lower skin (10-1) in harmony.

The effect of manufacturing according to the present invention is that the mass production of the product is possible and is similar to the real and permanent.

In addition, any place where natural pine trees can be placed (main roadside park, riverside, seaside, golf course large-scale building complex, cultural tourism complex, new town development area, private house, etc.) can be installed in all fields necessary for landscape.

In addition, various types of pine bonsai can be enlarged as models in the process of making each, and various types of cypress can be produced.

As a large-scale product (20-story building height possible), the manufacturing and installation method can be reworked by designing like a building.

In the reality that the beauty of nature is desperately needed and the green belt is being released, the value of nature that is lacking is artificially created by manufacturing and installing extra-large artificial yellow pine trees and green pine trees, which are difficult to transplant and enlarge the noble large old pine tree. Internally, it contributes to the creation of a society and environment, and externally receives intellectual property rights and international patents and exports products and technologies to contribute to national interests.

Claims (2)

Molding method using soft plastic and rubber to manufacture large size (height 3M ~ 100M) artificial sulfur brush and blue brush wood for outdoor installation The method of claim 1 Manufacturing method characterized in that the inside is made of reinforcing bar, wire mesh, gypsum bandage and blended concrete, and the outside is made of soft plastic and rubber using a mold to make the skin and pine branches (sulfur brush and blue brush).