KR20130001759U - Fabricated greenhouse that use wire mash panel - Google Patents

Abstract

In general, the plastic house which is widely used is made by bending the pipe to make the frame (Rafter), arranging the frame (Rafter) in the shape of tunnel, and placing the frame (Rafter) and the frame (Rafter) spaced 50 ~ 120cm apart. .
As a result of this process, the distance between the frame (Rafter) and the frame (Rafter) is excessive (50-120 cm), and snow (heavy snow) or strong wind blows, and the vinyl is struck down by the weight of the snow or the force of the strong wind. This becomes severe, and the load generated at this time deforms and destroys the frame and the vinyl.
Therefore, the present invention uses a wire (wire) to solve the problem of the existing plastic house
After making the mesh by welding, wire mesh is attached to square pipe to make wire mesh panel.
Two types of wire mesh panel houses can be manufactured using the wire mesh panel thus made.
1) A method of making a vinyl house by connecting frames (Rafters) and frames (Rafters) with a square panel made of wire mesh (bolts, nuts, and screws).
2) Provide rigidity to the wire mesh panel itself to provide a plastic house without frames (rafters).
(The frame is in the panel itself, so the roof panel and the wall panel are manufactured separately.

Description

  Fabricated greenhouse that use wire mash panel}

In general, the plastic house which is widely used is made by bending the pipe to make the frame (Rafter), arranging the frame (Rafter) in the shape of tunnel, and placing the frame (Rafter) and the frame (Rafter) spaced 50 ~ 120cm apart. .

As a result of this process, the distance between the frame (Rafter) and the frame (Rafter) is excessive (50-120 cm), and snow (heavy snow) or strong wind blows, and the vinyl is struck down by the weight of the snow or the force of the strong wind. This becomes severe, and the load generated at this time deforms and destroys the frame and the vinyl.

Therefore, the present invention uses a wire (wire) to solve the problem of the existing plastic house

After making a mesh by welding, wire mesh is attached to square pipe to make wire mesh panel.

Two types of wire mesh panel houses can be manufactured using the wire mesh panel thus made.

1) A method of making a vinyl house by connecting frames (Rafters) and frames (Rafters) with a square panel made of wire mesh (bolts, nuts, and screws).

2) Provide rigidity to the wire mesh panel itself to provide a plastic house without frames (rafters).

There is a way to make it.

 More specifically as follows.

The present invention cuts the galvanized wire (wire: diameter 5mm) into lengths of 100cm and 150cm, respectively. The cut wires are crossed and welded to form a square or rectangular shape of 5-10 cm in width and length to form a mesh (net).

At this time, welding between wires is performed by using a method of melting a wire by locally flowing a large current to a wire to be welded, and then attaching the wires to each other without using a welding rod.

The wire mesh thus produced is 100 cm long and 150 cm long.

Then, the galvanized square pipe (5cm × 5cm) is sheared to be 100cm long and 150cm long, and the end of the square pipe is welded to form a rectangular panel frame.

The wire mesh made of horizontal and vertical (100cm, 150cm) is welded to the square panel using a welding rod to complete the wire mesh panel.

The size of the wire mesh panel can be made differently depending on the size of the vinyl house to be manufactured.

The panel used for the wall is made of straight line, but the wire mesh panel used for the house roof is made by bending the arch shape when making the panel and making the panel, then welding the wire mesh to weld the wire mesh panel. To make.

A typical vinyl house has a pipe frame (rafters) arranged in a tunnel structure, and the pipe ends are fixed on the ground, and the frames (rafters) and frames (rafters) are fixed by pipes (secondary rafters) or pipes are used to float the frame. Complete the house skeleton.

In addition, the existing vinyl house is installed at 50-120cm intervals of the tunnel-type pipe frame so that the vinyl house vinyl sag occurs from the beginning.

In other words, the existing vinyl house is too far between the rafters (50-120cm) so that the vinyl is struck down from the installation stage. Under these conditions, heavy snow or strong winds will cause the deformation (stretching) of the vinyl to accelerate, and snow or wind will be trapped in the stretched portion, which will deform the frame (rafter) and damage the crops by tearing the vinyl. Occurs.

Therefore, the present invention connects the pipe frame (rafter) using a wire mesh,

1) Vinyl sagging caused by existing vinyl houses is prevented from occurring so that snow or strong winds do not cause load on the surface of the house. 2) Even if heavy snow falls and strong winds blow, the weight or load is distributed to other parts of the frame through the wire mesh so that the frame is not deformed or damaged.

According to the data from the Ministry of Agriculture, Forestry and Fisheries, "Reduction Measures for Horticultural Specialty Facilities (2006,06)," the vinyl houses in Korea are suffering 300 billion won annually due to heavy snow (75%) and strong winds (22%).

In addition, the unit price calculation statement of the Automated Vinyl House (08-Automation-1 Type) in the Vinyl House Specification of the Ministry of Food, Agriculture, Forestry and Fisheries stated that the standard (House width 24m (8m * 3 linkage), Length = 96m, Area = 2,300m2) ), It is said that it will cost 221,353,143 won (317,580 per pyeong) to build an automated vinyl house with side height = 4.5m and bundling = 5.7m).

The problem to be solved by the present invention

1) To reduce the damage of plastic houses caused by heavy snow and strong winds.

2) reducing damage to crops from wild birds and wildlife.

3) If a vinyl house is used in a farm as a farm for dry produce and a storage for crops, it can be difficult to invade from the outside and prevent theft.

4) If the wire mesh panel is mass-produced and standardized, the production cost of the vinyl house can be drastically reduced.

The present invention is to connect the pipe frame (rafters) using a wire mesh, or to give rigidity to the wire mesh panel itself to produce a plastic house 1) vinyl sagging phenomenon that occurs in the existing plastic house does not occur snow or strong wind No load is placed on the surface of the house. 2) The devising method of manufacturing a plastic house that solves the problems caused by heavy snow or strong winds by distributing weight or load to other parts of the frame through wire mesh so that heavy weight does not fall and the frame is not damaged or damaged. to be.

The effect of the vinyl house production using the present invention wine mesh panel is as follows.

1) The mesh spacing of panel of wire mesh does not exceed 5-10cm. therefore

The amount of vinyl hitting down the house is very small.

In other words, even if it is heavy snow, the roof of the house is not drifting well, and even if there are strong winds, the house warms little deformation of the vinyl, and the wind passes the house roof without resistance, so the load on the frame (stone) is less. There is no deformation and breakage. Unlike the existing house, the wire mesh panel is fixed at various parts of the frame and the frame (bolt nut tightening / screw tightening). When the load is applied to the frame, the force is distributed to the various parts of the frame, so the deformation and breakage of the frame is small.

2) If the wire mesh panel is broken, it is part of bolt nut fastening / screw fastening.

Repair is possible and repair cost is low.

3) The wire mesh panel vinyl house is equipped with ventilation equipment, water supply equipment, cooling and heating equipment in the house.

It is easy to install the device inside the house.

4) Since the foundation is made by placing concrete on the lower part of the existing vinyl house frame, it will be expensive to manufacture and the construction period will be longer.

It is a one-piece structure connected by nuts / screws, so it takes a short time to make a house. If the wire mesh panel is standardized and standardized, the production cost of vinyl house can be drastically reduced.

5) The wire mesh panel has good mesh spacing and high production strength, so it can be used as a duck farm, chicken farm, and dog farm.

6) Wire mesh panel house has a narrow mesh gap and high production strength.

And damage from crops and wildlife.

7) If a vinyl house is used as a agricultural product drying store or crop storage warehouse, it can be used as a crop storage warehouse because it can be made difficult to invade outside.

1 is a perspective view of a prefabricated vinyl house using a wire mesh panel of the present invention.
2 is an exploded view of a wire mesh panel.
3 is a perspective view of a wire mesh panel (for wall / roof) for connecting a frame (rafter) and a frame (rafter).
4 is a perspective view of a wire mesh panel for walls and roofs of a vinyl house without a frame (rafter) given rigidity to the wire mesh itself.
5 is a front sectional view of a plastic house without a frame giving rigidity to the wire mesh panel itself.
Figure 6 is an enlarged cross-sectional view of the portion connecting the roof panel and the wall panel of the frameless plastic house giving rigidity to the wire mesh panel itself.
Figure 7 is a side view of Figure 6;
8 is connected to the frame (Rafter) and the frame (Rafter) by a square panel made of wire mesh
Sectional view of the vinyl house made with screws.
9 is an enlarged partial view of the roof panel and the wall panel in FIG. 8;

 1. Manufacturing method of vinyl house made by connecting frame (Rafter) and frame (Rafter) with wire mesh panel.

      1-1. Straighten the galvanized wire wound on the coil in a straight line and cut the wire using a cutter. (E.g. 100 cm, 150 cm)

      1-2. The cut wire is used to make a wire mesh as shown in FIG. 2.

      1-3. The galvanized square pipe is cut to have the same length and width as the wire mesh by using a cutter to make a square panel as shown in FIG.

      1-4 Weld the wire mesh to the square panel frame as shown in Fig. 3 (for walls and roofs)

          Manufacture mesh panel.

      1-5. Frames (barrows) bent on farmland to fit the wire mesh panel width

           Install (Rafters).

      1-6. Frame (Rafter) and frame using captive screws as shown in Figure 5.

           Connect the rafters to the wire mesh panel.

      1-7. Put vinyl in the frame of the vinyl house made of panels using the finished wire mesh.

           Cover and fix (representative drawing)

 2. How to make a frameless plastic house by giving rigidity to the wire mesh panel itself.

    2-1. After straightening the galvanized wire wound on the coil, cut the wire using a cutter. (E.g. wire for wall panel: (150cm wide, 300cm long),

         Roof Panel Wire: (150cm wide, 500cm long))

    2-2. The cut wire is used to make a wire mesh as shown in FIG. 2.

    2-3. The galvanized square pipe is cut to have the same length and width as the wire mesh by using a cutter, and the wire mesh is welded and attached as shown in FIG.

         At this time, the roof panel frame is made by bending the square pipe in advance to make a square frame.

         Weld and glue the mesh.

    2-4. Figure 8 Pre-fabricated wall using the tightening screw in the farmland site as shown in Figure 8

         Assemble the panel and roof panel.

    2-5. Put vinyl in the frame of the vinyl house made of panels using the finished wire mesh.

Cover and fix (representative drawing)

1. Vinyl House Vinyl
2. Wire Mesh Panel
3. Wire Mesh
4. Panel
5. Wire Mesh Panel for Wall
6. Wire Mesh Panel for Roof
8. Roof panel and wall panel connection
9. Steel plate connecting roof panel and wall panel.
10. Roof Panel
11. Wire Mesh
12. Wall panel
15.Schematic diagram of tightening wire mesh panel and frame screw
16.Wire Mesh Panel
17. Frames (Rafters)

Claims (3)

Wire mesh panels are built to withstand heavy snow and strong winds.
Frame (Rock) is connected (screw / bolt) to make a plastic house
Structures (FIG. 8, 9). Rigidity on wire mesh panels to withstand heavy snow and high winds
Assembling (screw tightening / bolt tightening) to produce a plastic house structure (Fig. 5, Fig. 6). Green House Wire Mesh Panel that significantly reduces the deflection of vinyl
(FIG. 3, FIG. 4).

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