KR102042349B1 - A manufacturing method of floral art design architecture and the product using thereof - Google Patents

Abstract

The present invention relates to a method of constructing a floral design architectural structure and an architectural structure thereof, the method comprising: a draft image generation step (S1); a surface contour forming step (S2); an additional construct attachment step (S3); a volume forming step (S4); an abutment and support installation step (S5); an anti-rust paint coating step (S6); a detailed skeleton forming step (S7); an aluminum mesh installation step (S8); a U-shaped planting space forming step (S9); a molding material attachment step (S10); a molding material-attached space coloring step (S11); a nonwoven fabric installation step (S12); and a flower seedling planting step (S13). The architectural structure of the present invention has a solid structure, provides a long-lasting texture, and is easy to recycle after exhibition.

Description

A manufacturing method of floral art design architecture and the product using according to the present invention

The present invention relates to a method of manufacturing a flower sculpture and its sculpture, more specifically, the structure is solid, the texture of the sculpture is maintained for a long time, the planting of flower seedlings, preservation and replacement is possible, it is possible to produce a variety of production and exhibition for a long time, With the application area of the molding material and the installation area of the flowerpot, it is possible to express various types of sculptures vividly and easily, and it is easy to manufacture.

In recent years, as the decentralization of local governments has gradually increased, various events have been held for local governments to develop tourist attractions and highlight local characteristics in order to increase tourism revenue. At the entrance of these tourist attractions or venues, many sculptures representing the meanings of the tourist attractions or events are erected, but when the sculptures are made of concrete, there is a problem that recycling is impossible. The parts were easily rusted and had a short lifespan, which often became ugly before the end of a long-term event, often hurting the scene.

 Recently, in order to improve the above problems, the Republic of Korea Patent No. 10-0960359 in the Republic of Korea to establish a pillar with a steel pipe and weave the rungs and cross bars around the pillar to create a skeleton of the sculpture, and to apply the corrosion inhibitor to the skeleton to increase the life of the skeleton The method of manufacturing the sculpture using the grass which is stretched, the conception is wound around the entire outside of the skeleton, and the grass seed is planted outside the conception is presented. The technology of Korean Patent No. 10-0960359 is to extend the life of the skeleton by applying a corrosion inhibitor to the skeleton, but after setting up the struts, the dangerous welding work must be carried out on the ladder to install the crossbar and the longitudinal rod, and the detail of the sculpture Difficulty in depiction, management of grass planted in moss and moss attached to the outside of the skeleton is very difficult to cause the dead part of the grass, and there is no proper means to repair the dead part. This occurred.

    In order to solve the problem that it is difficult to repair the dead part of the grass in the Republic of Korea Patent No. 10-1258475 combines the pedestal, the lower frame and the upper frame to form a base frame that can be referred to as a basic skeleton, and the base frame and the outer frame and Form the outer structure by connecting the horizontal connecting rod, the base connecting rod and the vertical connecting rod, and attaching and combining a plurality of unit vegetation zones filled with soil on the inner side of the outer structure to complete the shape of the outer structure, and the outer side of the finished outer structure Plant a plant such as a flower or a tree by forming a hole or a gap in the unit vegetation zone attached to it, and equip the unit vegetation zone with a water tank, a water pump, a water pipe, a water storage member, and a water nozzle. For landscaping flower sculptures to enable landscaped plants to survive Alcohol was presented.

Since the technique is planted in plants and plants such as flowers or trees in a plurality of unit vegetation zone, the plant can be replaced to some extent when the plant dies or wants to change to another plant, but to produce the appearance There is a risk of welding by going up a ladder, and the structure needs to be filled with a large amount of soil, so the weight of the structure is heavy, which makes it difficult to move the location. In particular, the lower part of the sculpture is highly moist due to the water flowing down from the top, so that the roots are rotten and pests are likely to grow, and flowers or trees grow upside down, which makes it difficult to achieve normal growth, and there are complex devices for watering inside. If something goes wrong with the devices Lee could not have planted flowers and trees are dying to check there are problems that come off to see abnormalities.

Republic of Korea Patent Registration 10-0960359 Republic of Korea Patent No. 10-1258475

In order to improve the problems as described above, the present invention is to carry out the three-dimensional structure forming work on the ground to ensure safe and sophisticated welding, and to increase the convenience of movement by reducing the weight of the sculpture by separating the molding material attachment space and the flower seedling space In addition, various forms can be described in detail using flowers and moldings, and the balance of drainage and water supply is reduced to reduce pests of flower seedlings, and to provide flower sculptures that can be displayed for a long time by easy maintenance and planting of flower seedlings.

In order to solve the above problems, the present invention, cyan image generation step (S1) representing the shape of the sculpture in three dimensions; Drawing a basic shape of the cyan image on a scale according to the scale and connecting the steel rods according to the outline to produce a flat border 150 for producing a flat border (S2); An additional shape coupling step (S3) of forming an additional shape (200) protruding using an iron rod on the flat edge (150) and connecting the reinforcement bar (250) to the additional shape (200); A volume forming step (S4) of coupling the plurality of horizontal volume forming rods 300 and the plurality of vertical volume forming rods 350 using iron rods to the flat rim 150; A post and pedestal installation step (S5) of connecting the horizontal volume forming rods 300 or vertical volume forming rods 350 to each other by a plurality of supports 450 and combining the props 420 and the pedestal 400; Anti-rust paint application step (S6) for applying the anti-rust paint to the moldings on which the support (420) and the base 400 is installed; The sculptural work in which the rust preventive paint is applied is divided into a horticultural planting space 500 and a molding material attaching space 550, and the aluminum or zinc wire 600 is fixed to the molding material attaching space 550 using a cable tie. Skeleton forming step (S7) to form a; An aluminum mesh installation step (S8) of covering the aluminum mesh 650 using a cable tie to the molding member attaching space 550 having finished the detailed skeleton forming step (S7); "U" shaped planting space forming step of forming a "U" shaped planting space 700 with a plastic net 750 inside the horizontal volume forming rods 300 above and below the horticultural planting space 500 ( S9); A molding material attaching step of preparing a molding material and attaching the molding material to the molding material attachment space 550 and drying the molding material (S10); Sculpture attachment space coloring step (S11) for coloring the surface of the molding material attachment space (550); Non-woven fabric installation step (S12) for installing the nonwoven fabric 850 inside the "U" shaped planting space 700; And a seedling planting step (S13) of filling the soil or soil 900 in the "U" shaped planting space 700 in which the nonwoven fabric 850 is installed and planting the flower seedling 950.

The present invention configured as described above is to perform a three-dimensional structure forming work on the ground to achieve a precise welding, while reducing the risk of welding work during manufacturing, by reducing the weight of the sculpture by separating the molding material attachment space and the flower seedling space Convenience is improved, while the use of molding materials provides a delicate expression of the sculptures, and the drainage and watering of the flower seedling space are balanced by plastic meshes and non-woven fabrics, which reduces pests of flower seedlings, and it is easy to repair and plant flowers. It is effective for the long-term display of pottery sculptures.

1 is a flow chart of the manufacturing process of the method of manufacturing a flower sculpture which is an embodiment of the present invention
Figure 2 is an explanatory view of the flat frame manufacturing step and the additional shape combining step according to the invention
3 is an explanatory diagram illustrating a volume forming step according to the present invention.
Figure 4 is an explanatory diagram illustrating the step of installing the support and the pedestal according to the present invention
Figure 5 is a photograph illustrating a detailed skeleton forming step and the aluminum mesh installation step according to the present invention
Figure 6 is a photograph of the sculptures subjected to the molding material attachment step according to the present invention
Figure 7 is a picture taken the "U" shaped planting space according to the present invention
8 is a conceptual diagram of a flower seedling planting space according to the present invention
9 is a photograph of the flower sculptures completed according to the present invention

Hereinafter, with reference to the accompanying drawings and photos will be described in detail a preferred embodiment of the flower sculpture according to the present invention.

1 is a flow chart of a manufacturing process of a method of manufacturing a flower sculpture, which is an embodiment of the present invention, Figure 2 is an explanatory view of the planar frame manufacturing step and the additional shape bonding step according to the present invention, Figure 3 is a volume forming Figure 4 is an explanatory diagram for explaining the steps, Figure 4 is an explanatory diagram for explaining the pedestal and strut installation step according to the present invention, Figure 5 is a photograph illustrating a detailed skeleton forming step and the aluminum mesh installation step according to the present invention, Figure 6 is a photograph of the sculpture that went through the step of attaching the molding material according to the present invention, Figure 7 is a photograph of the "U" shaped planting space according to the present invention, Figure 8 is a conceptual diagram of the flower seedling planting interval according to the present invention, Figure 9 is a completed photograph of the flower sculpture according to the present invention.

The shape of the sculpture to be produced may use a sketched picture or photograph, and it is preferable to use a cyan image by making a three-dimensionally expressed shape using a computer (cyan image generation step—S1).

When the cyan image is made, the outline of the basic shape of the cyan image is drawn on the ground or paper according to the scale, bent and connected using steel rods according to the outline, and the both ends are welded to produce a flat border 150 having a 2D shape. (Flat border manufacturing step-S2).

When the flat border is completed, the additional shape 200 to be coupled to the flat border as shown in Figure 2 using a steel bar, and welded to join the flat border 150. In one embodiment of the present invention, since the shape of a fish similar to crucian carp, the tail or fin may be an additional shape 200 that does not need to consider the volume, unlike the body portion having a volume. The additional shape 200 is preferably connected to a plurality of reinforcing bar 250 of a straight or intersecting form at appropriate intervals to reinforce the strength of the additional shape. (Additional shape 200 coupling step-S3)

Using a steel rod as shown in Figure 3 on the flat border 150 to make a plurality of horizontal volume forming rods 300 and a plurality of vertical volume forming rods 350 to weld to the flat border 150 to represent the volume, work If necessary, weld the sculpture by chopping it with chock. Here, the horizontal volume forming rods 300 and the vertical volume forming rods 350 are not strictly horizontally and vertically formed, but rather horizontally and vertically horizontally or vertically depending on the sculptures because the horizontal and vertical rods cross each other to form a lattice shape. It may be inclined rather than perpendicular. The volume forming work is not done by installing the props and pedestals in advance and climbing up the ladder as in the prior art, and thus, welding is performed while rolling the sculptures being formed on the ground, thus enabling precise welding in a safer state (volume forming step- S4).

In the process of forming the sculpture is coupled to the horizontal volume forming rods 300 and the vertical volume forming rods 350 without being coupled to the flat border 150, or coupled to the flat border 150, but protruded to both sides rather than planar shape When there is a shape, this is called the auxiliary sculpture 470, and after the volume forming step (S4) is coupled to the horizontal volume forming rod, vertical volume forming rod or flat border 150 by welding. S41).

The horizontal volume forming rod or vertical volume forming rod coupled in the volume forming step (S4) is connected to the support 420 by a plurality of supporters 450 as shown in FIG. Combine 420. Coupling of the support and the pedestal can be combined by welding, but can also be combined using a removable bolt (holding and pedestal installation step-S5).

Next, the anti-rust paint is applied to the sculptures on which the support and the pedestal are installed. Antirust paint is usually applied with a spray or brush, but in small and large quantities, it can also be applied by immersing in paint contained in a container (antirust paint application step -S6).

The sculpture in which the anti-rust paint is applied is divided into a gardening plant space 500 and a molding material attaching space 550, and the aluminum or zinc wire 600 is fixed to the molding material attaching space 550 by using a cable tie. Form a skeleton. Aluminum or zinc wire 600 does not rust, and serves to reduce the weight of the sculpture. After fixing the details, short cut off the excess cable tie. Through the detailed skeleton forming step can be implemented in more detail the specific shape of the sculpture (detail skeleton forming step-S7).

Depending on the sculpture, there may be a need for lighting inside. In one embodiment of the present invention can be used to illuminate the liveliness of the sculpture by using the lighting inside the eye area of the fish. To this end, in the detailed skeleton forming step (S7) is installed inside the lamp connected to the wire, and instead of installing the aluminum mesh fixed to the plastic net in the light emitting area, and then apply the styrofoam bond in the area, the light inside the well While being transparent, it is also waterproof and has a long life, and can further enhance the liveliness of the model (light emitting area forming step-S71).

Finishing the detailed skeleton forming step (S7) is covered with an aluminum mesh 650 for attaching the modeling material as shown in Figure 5 using a cable tie to the molding material mounting space (550). Aluminum mesh is a material that does not rust so that the molding material in the dough state penetrates into the mesh and adheres well (aluminum mesh installation step-S8).

U "for planting flower seedlings 950 in a bag shape inward with a plastic net 750 as shown in FIG. 7 between the horizontal volume forming rods 300 above and below the gardening plant space 500. It forms a shaped planting space 700. The plastic net 750 is used for drying grains such as rice in rural areas, and can support soil or soil put into the soil for a long time due to its excellent breathability and durability. The plastic net fixing operation can be easily fixed by using a C-type Taka in the form of a plastic net wrapped around the volume forming rod ("U" shaped planting space forming step-S9).

The aluminum net installation step (S8), the light emitting region forming step (S71) and the "U" shaped planting space forming step (S9) may be changed in the order of the process as necessary.

Next, by mixing the sawdust and woodworking bond to produce a molding member (800). Sawdust and woodworking bonds are mixed at a volume ratio of 1: 1, and the use of sawdust as the material of the molding material is excellent in color expression when painted while reducing the weight of the sculpture. When sawdust is mixed in excess of 50%, the surface after drying becomes rough, the amount of woodworking bond is reduced by that amount, and the adsorption power is reduced, and the strength is weak after drying. When the amount of sawdust is less than 50%, the strength of the molding material is weakened, the amount of woodworking bond is increased, so that the coloring is not good, and the colored paint is easy to fall off.

After the molding material is manufactured, the molding material is attached to the molding material attaching space 550 with the aluminum mesh by hand or a molding tool to attach the molding material as shown in FIG. 6. The molding material is desirably a place having sunlight and natural winds with a drying time of about 24 hours or more, but may be dried using a hot fan or a fan depending on the situation. In the case of attaching the molding material on both sides, it is preferable to apply the molding material to one side first, and then dry it for about 24 hours, and then attach the molding material to the other side and dry it for about 24 hours (the molding material attachment step-S10).

Next, the surface of the molding material attachment space 550 is colored with paint that does not discolor for a long time even when exposed to rain or sunlight. Coloring can be done with a spray or brush.When painting with a spray, cover the area where you don't want to paint with the screen and color it.When coloring is completed, apply a waterproof coating agent to prevent contact with moisture to prevent discoloration. It is desirable to extend the period (the molding material attachment space coloring step-S11).

After the coloring is completed, the non-woven fabric 850 is installed on the upper portion of the plastic net 750 installed inside the “U” shaped planting space 700. If the nonwoven fabric waters the soil or soil 900 after planting the flower seedlings 950, the flower seedlings 950 grow well in a state of holding an appropriate amount of water from the soil or soil. In case of a lot of water, the nonwoven fabric 850 discharges excessive amount of water down the plastic net to prevent the roots of the plant from rotting, and in case of lack of water, it prevents the release of water from soil or soil. (Non-woven fabric installation step-S12).

Finally, the soil or top soil 900 is filled in the "U" shaped planting space 700 in which the nonwoven fabric 850 is installed, and the flower seedling 950 is planted (flower seedling planting step-S13). Flower seedlings planted in the "U" shaped planting space 700 can be replanted or moved at any time after checking with the eyes, unlike plants planted in other conceptions or grass mats, to keep the sculptures in the state in which the plants stick. For reference, water supply may be provided by installing a water supply device such as a sprinkler in the flower sculpture of the present invention. Even without installing the water supply device, it is possible to maintain and drain water by the plastic net and the nonwoven fabric, even if it rains. Is well done, during the dry season it is desirable to spray water using a water tank about once every 2-3 days.

As described above, the preferred embodiments of the present invention have been described, but the present invention is not limited to the above-described embodiments, and various modifications and variations may be made by those skilled in the art to which the present invention pertains. The scope of the invention shall be effective until the equivalent scope of the appended claims.

100: sculpture 150: flat border
200: additional shape 250: reinforcement
300: horizontal volume forming rod 350: vertical volume forming rod
400: pedestal 420: prop
450: support 470: auxiliary sculpture
500: gardening space 550: space for attaching sculpture
600: aluminum or zinc wire 650: aluminum mesh
700: "U" shaped planting space 750: plastering net
800: molding material 850: nonwoven fabric
900 soil or soil 950 flower seedlings

Claims (5)

Cyan image generation step (S1) of three-dimensionally representing the shape of the sculpture;
Drawing a basic shape of the cyan image on the ground to scale and connecting the steel rods according to the outline to produce a flat border (150);
An additional shape coupling step (S3) of forming an additional shape (200) protruding using an iron rod on the flat edge (150), and connecting the reinforcement bar (250) to the additional shape (200);
A volume forming step (S4) of coupling the plurality of horizontal volume forming rods 300 and the plurality of vertical volume forming rods 350 using iron rods to the flat rim 150;
A strut and pedestal installation step (S5) of connecting the horizontal volume forming rod 300 or the vertical volume forming rod 350 to a plurality of supports 450 and combining the strut 420 and the pedestal 400;
Anti-rust paint application step (S6) for applying the anti-rust paint to the moldings on which the support (420) and the base 400 is installed;
The sculptural work in which the anti-rust paint is applied is divided into a horticultural planting space 500 and a molding material attaching space 550, and the aluminum or zinc wire 600 is fixed to the molding material attaching space 550 using a cable tie. Skeleton forming step (S7) to form a;
An aluminum mesh installation step (S8) of covering the aluminum mesh 650 using a cable tie to the molding member attaching space 550 having finished the detailed skeleton forming step (S7);
"U" shaped planting space forming step of forming a "U" shaped planting space 700 with a plastic net 750 inside the horizontal volume forming rods 300 above and below the horticultural planting space 500 ( S9);
A molding material attaching step of preparing a molding material and attaching the molding material to the molding material attachment space 550 and drying the molding material (S10);
A molding material attaching space coloring step of coloring the surface of the molding material attaching space 550 (S11);
Non-woven fabric installation step (S12) for installing the nonwoven fabric 850 inside the "U" shaped planting space 700; And
Flower seedlings characterized in that comprises a; non-woven fabric 850 is installed in the "U" shaped planting space 700 is filled with soil or soil 900 and planting flower seedlings 950 (S13); Manufacturing method. The method of claim 1,
The molding material is a method of manufacturing a flower sculpture, characterized in that the sawdust and woodworking bond is mixed in a volume ratio of 1: 1 composition. The method of claim 1,
While rolling the sculptures formed in the volume forming step (S4) prior to the holding and pedestal installation step (S5), the welding operation is made on the ground,
After the volume forming step (S4) further comprises the auxiliary sculpture attaching step (S41) coupled to the horizontal volume forming rod, vertical volume forming rod or flat border (150). The method of claim 1,
The sub-skeleton forming step (S7) further comprises a light emitting area forming step (S71), the light is installed in the interior of the light emitting area, the light emitting area is covered with a plastering net and the styrofoam bond is applied to the plastic net Flower sculptures manufacturing method characterized in that. Flower sculptures produced by the method of any one of the preceding claims.

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