KR20100003268U - Gauze structure for protection of agricultural product - Google Patents

Abstract

The present invention relates to a mesh construction for protecting crops, which is used to be constructed to be curved to form a semi-circular arc and is provided to be repeatedly spaced along the longitudinal direction in which the crops are planted, covering a plurality of width poles and a width pole forming a support structure. A mesh fabric made of a mesh fabric that is covered to cover both the upper and side portions of the support structure and is formed so that the micropores are generally repeated, and is used by being driven into the ground and having a predetermined distance along the length direction of the lower left and right sides of the mesh fabric. Each ground includes a ground drive bar that is secured to the ground.

Thus, since the screening is made of mesh fabric, the crops can be smoothly protected from natural pests such as external pests, wild beasts, algae invasion and rain, snow, strong winds, hail, frost, and direct sunlight (strong sunshine). As it can provide excellent ventilation (breathing), light permeability, moisture permeability and internal warmth necessary for growth, there is an effect that can increase the yield and product value of the crop.

Crops, protection, defense, pest, wild beast, avian, aeration, breathtaking, mesh

Description

Mesh protection for crop protection {GAUZE STRUCTURE FOR PROTECTION OF AGRICULTURAL PRODUCT}

The present invention relates to a mesh construction for protecting crops, more specifically, in a dome shape, like a plastic house, covering the crops grown on the ground from the upper side, and the covering film is made of a mesh fabric having fine pores repeatedly, the external pests, It is possible to provide breathability, light transmittance and internal warmth necessary for the growth of crops, while preventing damage caused by wild animals and invasion and natural disasters. In addition, the present invention relates to a crop protection mesh construct capable of providing mobile mobility.

In general, as the various crops grown on the ground are grown in an externally exposed state, they are fatally damaged by the invasion of external pests, wild beasts, and algae, and the yield and commodity value are greatly reduced.

In order to protect crops from external invasion, various means such as insecticides and capture devices are used.

In addition, crops are fatally damaged by natural disasters such as rain, snow, strong winds, hail, frost, and direct sunlight (strong sunshine).

Therefore, there is a need for a means for smoothly protecting crops from external invasion and natural disasters.

Typically, a construction that is widely used to protect crops and to meet their growing conditions is a vinyl house.

However, since the plastic film is made of vinyl, the vinyl house can be easily damaged by natural disasters such as rain or snow, strong winds, and hailstones, and can easily break and invade external wild animals.

In addition, since the vinyl house can not provide breathability (breathability) and moisture permeability at all, and is not excellent in light permeability, it cannot be applied to crops whose characteristics are required for growing conditions.

In addition, the vinyl house is very difficult to be installed and dismantled by the general public, and since it is fixed, it is difficult to move it to another place, and it is difficult to carry it at all due to its large volume in the disassembled state. It causes environmental pollution, and installation cost is high.

The present invention has been devised to solve the above problems, it can smoothly protect various kinds of crops, which are not tall, from external invasion and natural disasters, and unlike the vinyl house, excellent ventilation (ventilation), It can provide light permeability and moisture permeability, and can be damaged as much as possible by external impact or intrusion, and can be easily installed and dismantled by anyone. In addition, the object of the present invention is to provide a net mesh construction for crop protection that can be distributed at low cost.

The above object and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention by those skilled in the art.

Mesh construction for protecting the crop of the present invention for achieving the above object, is used to be built to form a semi-circular arc and a plurality of width poles provided to be repeatedly spaced along the longitudinal direction in which the crop is planted to form a support structure; A mesh fabric made of a mesh fabric covered on the widthwise pole and closing both the upper and side portions of the support structure and being formed so that the minute holes are generally repeated; And a ground driving bar that is used by being driven to the ground and fixed to the ground at regular intervals along the length direction of the lower left and right sides of the mesh fabric body; It includes.

Preferably, the mesh fabric body, in the form of a single horizontal sheet form, the roof area is formed in a wide rectangular shape in a state deployed to cover the top of the support structure to serve as a roof; A front and rear closure area formed in a small rectangular shape so as to extend from both front and rear ends of the roof area in a state in which the front and rear sides of the support structure are closed in a vertical direction during construction; And a ground seating area portion which extends outwardly from the lower left and right sides of the roof area portion and is horizontally seated on the ground, and is formed in a small rectangular shape so as to extend from each of the left and right ends of the roof area portion in a deployed state. It can be made to be integrated into.

Also preferably, the mesh fabric body is made of a mesh fabric having a fine through hole as a whole, it may be composed of two or more mesh fabrics are stacked up and down.

Also preferably, the mesh fabric may have a black color.

Also preferably, the mesh fabric body may include: a cloth band part coupled to each other so as to be positioned in the width direction at each position spaced apart by a predetermined interval along the longitudinal direction between the front and rear end positions of the roof area portion; And the cloth band includes an insertion hole for inserting and coupling the widthwise pole between the mesh fabric; Can be formed.

Also preferably, the mesh fabric body may further include: a cloth band part coupled to the four edge parts of the roof area part, three edge parts of the ground seating area part, and left and right sides of the front and rear closed area part; It may be further provided.

Also preferably, the through hole along the outer end of the front and rear closed area portion in the deployed state; Is formed, is coupled to the through hole is coupled to the binding straps fixed to the ground in the pulled state when building; It may be configured to further include.

Also preferably, the width pole may be formed of a material having elasticity and rigidity, and a predetermined number of short unit poles may be interconnected to form one width pole.

Also preferably, the mesh fabric body is coupled to the lower left and right sides of the roof area at regular intervals and provided to protrude in an outward direction and having a eyelet for inserting the ground-cut bar; It may be further provided.

According to the present invention, since the screening film is made of mesh fabric, the crops can be smoothly protected from natural pests such as external pests, wild beasts, bird invasion and rain, snow, strong winds, hail, frost and direct sunlight (strong sunshine). As a result, it is possible to provide excellent air permeability (gout), light permeability, moisture permeability, and internal warmth necessary for the growth of crops, thereby increasing the yield and product value of the crops.

In this regard, the use of two layers of mesh fabrics can be superimposed to provide excellent durability that is not damaged as much as possible from external impact or intrusion.

In addition, according to the present invention, anyone can be easily installed and dismantled, the volume of the disassembled state is very small and can be repeatedly reused while moving and moving, and also can be widely distributed to small farms at low cost Can be achieved.

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

1 is a perspective view showing a mesh construction for crop protection according to a preferred embodiment of the present invention, Figure 8 is a photograph showing the use state.

The crop protection net construct 100 according to the present invention is a dome-shaped construct installed to be seated on the ground to cover and protect a somewhat shorter crop grown on the ground from the upper side. Applicable to various crops such as cucumbers, tomatoes and eggplants.

Crops are usually planted long along the longitudinal direction, so that the mesh construct 100 of the present invention also has a longer shape in the longitudinal direction than the width direction.

The structure is a plurality of width poles that exist in the form of a straight line, bent to form a semi-circular arc at the time of construction and are positioned so as to span each width direction, and are repeatedly spaced along the longitudinal direction in which crops are planted to form a supporting structure ( 110 and a single sheet horizontally overlaid on the plurality of widthwise poles 110 so as to close the upper part and all sides of the supporting structure by the plurality of widthwise poles 110 and forming a whole fine. Mesh fabric 120 made of a mesh fabric is formed so that the through-hole repeats, and is fixed to the ground at regular intervals along the length direction of the lower left and right sides of the mesh fabric 120 in contact with the ground used in the construction And a ground driven bar 130.

The mesh fabric 120 is made of a mesh fabric that is woven to have a generally repeated micro-holes, thereby protecting the crops grown therefrom from external invasion and natural disasters, while the growth of the crops through the micro-holes Proper ventilation, ventilation and moisture permeability can be provided.

Of course, the mesh fabric 120 may also provide wind resistance to the wind.

Preferably, the mesh fabric 120 may be used to overlap two or more mesh fabrics up and down so as to reduce the size of the fine pores more and not damage as much as possible even from external impact or intrusion.

In addition, the mesh fabric 120 preferably has a black color, thereby providing warming and warming functions for the crops that are grown by absorbing sunlight.

Mesh fabrics can be made by weaving yarns made of synthetic resin material to intersect or weave into net structures.

Of course, the user may additionally cover a separate vinyl or cloth on the covered mesh fabric 120.

Referring to FIGS. 1 and 2, the mesh fabric 120 includes a roof area portion 120a formed in a wide rectangular shape in a state of covering the upper portions of the plurality of width pole poles 110 to serve as a roof. And front and rear closed area portions 120b formed in a small rectangular shape so as to extend from both front and rear ends of the roof area portion 120a in a state in which the front and rear sides of the support structure are vertically closed during construction. Ground seating area 120c which extends outward from the lower left and right sides of the roof area part 120a and is horizontally seated on the ground, and is formed in a small rectangular shape so as to extend from both left and right ends of the roof area part 120a, respectively. It is made to be integrated.

That is, the roof area portion 120a closes the upper portion of the support structure having a dome shape, the front and rear surface closing area portion 120b closes the front and back side, and the ground seating area portion 120c is seated on the ground. Blocks outside intrusion through gaps between

The mesh fabric 120 has a cloth band part b-1 positioned in the width direction at each of the front and rear end positions of the roof area portion 120a and the positions spaced at regular intervals along the longitudinal direction. The cloth band portion b-1 is coupled to the bar, and the cloth band portion b-1 is a portion supported by the width pole pole 110 to prevent breakage due to contact with the width pole pole 110. To improve durability.

At this time, the cloth band portion b-1 in the roof area portion 120a forms an insertion hole (not shown) in the width direction between the mesh fabric on the inner side and the width pole pole 110 in the insertion hole. To be inserted and joined.

In addition, the cloth band portion b-2 is sealed along the four edge portions of the roof area portion 120a, the three edge portions of the ground seating area portion 120c, and the left and right edge portions of the front and rear closed area portions 120b. The cloth band portion (b-2) formed at these edge portions prevents the loose of the woven mesh fabric.

At this time, the cloth band portion b-2 formed at the edge portion of the ground seating area 120c provides a feeling of weight so that the ground seating area 120c is in close contact with the ground.

2 and 7, the through hole 120b-1 is formed along the outer end of the front and rear closed area part 120b in the deployed state, and the through hole 120b-1 in the established state. It is positioned to be in contact with or adjacent to the ground, the binding fixing string 140 is inserted and coupled to the through hole (120b-1).

Accordingly, when the binding fixing string 140 is pulled outward, the lower end portion of the front and rear closing area 120b is agglomerated to the center portion as shown in the photograph of FIG. 8, and the binding fixing string 140 is pushed into the ground in the pulled state. It is supported by the ground driving bar 130 and fixed in position.

In relation to this, the ground driving bar 130 is used to fix the lower left and right sides of the roof area portion 120a of the mesh fabric 120 to the ground at regular intervals, and to fix the binding fixing strap 140 to the ground. It is commonly used to.

The binding fixing string 140 may be in the form of a ring, and the length adjusting means 140a may be provided on the ring fixing string 140 to adjust its length.

Width pole poles 110 are respectively positioned along the width direction, the plurality of the plurality is repeatedly provided so as to be spaced apart at regular intervals along the longitudinal direction to support the roof area portion 120a of the mesh fabric 120 from the lower side, When not in use, it forms a straight bar, but when constructed, it is bent by an external force to form a semicircular arc.

The widthwise pole 110 is made of a material having elasticity and rigidity, and smoothly supports the mesh fabric 120 according to its rigidity, and is curved in an arc shape according to its elasticity, and then elastically restored to become a straight shape. Can be.

Of course, the width pole 110 may be configured such that a certain number of short unit poles are interconnected to form one width pole 110, as described above, connecting the width pole 110 to the unit poles When formed through, it is possible to reduce the volume when carrying.

In this regard, the widthwise poles 110 used are shown in FIG. 3.

The lower left and right sides of the roof area portion 120a of the mesh fabric 120 are fixed to the ground by the ground-drilling bar 130. For this, as shown in FIG. 5, the cloth band portion of the roof area portion 120a ( The protrusion band 120d is provided so as to be firmly coupled to the lower end of b-1) and extend slightly to the outside, and the eyelet 120d- is inserted to insert the ground driving bar 130 on the protrusion band 120d. 1) is formed.

In addition, as shown in Figure 4, the ground-filled bar 130 may be of a memory-like shape having a bent portion at the upper end.

Accordingly, the ground-drilling bar 130 may be inserted into the eyelets 120d-1 on each of the protruding bands 120d to fix the protruding bands 120d with respect to the ground.

Incidentally, the protruding band 120d is positioned under the ground seating area 120c in the built state, thereby preventing its external exposure.

With the above structure, the usage method is demonstrated.

First, the mesh construction 100 according to the present invention is a mesh sheet 120, which is a sheet of a wide sheet folded to form a small volume and the widthwise pole pole 110 and the ground driving bar 130 is attached to the state As a result, the volume is minimized, so that the user can easily carry and move the product.

Hereinafter, the user will be described how to purchase the net construct 100 of the present invention and installed in the field.

First, the user unfolds the mesh fabric 120 widely, and the widthwise poles 110 in the insertion holes formed in the cloth band portion b-1 of the roof area portion 120a of the deployed mesh fabric 120, respectively. Insert

And, while applying the force so that the combined width direction pole 110 is bent in the shape of an arc, each of the ground-drilling bar 130 with respect to the protruding band (120d) which is provided at regular intervals on the lower left and right sides of the roof area portion (120a) ) Into the ground.

In addition, after pulling the front and rear binding fixing string 140 is fixed using the ground-drilling bar 130, respectively.

Then, the installation is completed to form a dome.

Of course, in the constructed state, the width direction pole 110 allows the roof area 120a of the mesh fabric 120 to be unfolded by the elasticity.

In this way, the installed mesh construct 100 protects the crops grown on the ground by closing the upper side, that is, the crops are grown while being protected from below.

As described above, the above description merely illustrates a preferred embodiment of the present invention, and those skilled in the art should recognize that modifications and changes can be made to the present invention without changing the subject matter of the present invention.

1 is a perspective view showing a mesh construction for crop protection according to a preferred embodiment of the present invention,

Figure 2 is a schematic plan view of the developed state of the mesh fabric of the crop construction mesh construction according to a preferred embodiment of the present invention,

Figure 3 is a perspective view showing the width direction pole of the crop construction mesh construction according to a preferred embodiment of the present invention,

Figure 4 is a side view showing the ground bar of the crop construction mesh construction according to a preferred embodiment of the present invention,

5 is an enlarged view illustrating a main part of the ground fixing method of the crop construction mesh construction according to the preferred embodiment of the present invention;

6 is an enlarged view illustrating a main portion of the ground seating area of the crop construction mesh construction according to the preferred embodiment of the present invention;

7 is an enlarged view illustrating a main portion of the binding fixing string of the crop construction mesh construction according to the preferred embodiment of the present invention;

Figure 8 is a photograph showing the state of use of the crop protection net construct according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: mesh construction 110: pole in the width direction

120: mesh fabric 120a: roof area

120b: front and rear closed area portion 120b-1: through hole

120c: ground seating area 120d: protruding band

120d-1: Eyelet 130: Ground Driven Bar

140: binding straps 140a: length adjustment means

b-1, b-2: cloth band portion

Claims (9)

A plurality of width poles, which are used to be curved to form a semicircular arc and are repeatedly spaced along a longitudinal direction in which crops are planted to form a support structure; A mesh fabric made of a mesh fabric covered on the widthwise pole and closing both the upper and side portions of the support structure and being formed so that the minute holes are generally repeated; And A ground driving bar which is driven by being used on the ground and fixed to the ground at regular intervals along the length direction of the lower left and right sides of the mesh fabric; Crop protection network construction comprising a. The method of claim 1, The mesh woven body, In the unfolded state to form a horizontal sheet, A roof area part formed in a wide rectangular shape in a state of being deployed to cover a top of the support structure to serve as a roof; A front and rear closure area formed in a small rectangular shape so as to extend from both front and rear ends of the roof area in a state in which the front and rear sides of the support structure are closed in a vertical direction during construction; And A ground seating area portion which extends outward from the lower left and right sides of the roof area portion and is horizontally seated on the ground, and is formed in a small rectangular shape so as to extend from both left and right ends of the roof area portion in a deployed state; Crop protection net construct, characterized in that made to be integrated into. The method of claim 2, The mesh woven body, Consists of a mesh fabric with a fine through hole throughout Mesh construction for crop protection, characterized in that the two or more mesh fabrics are configured to be stacked up and down. The method of claim 3, wherein The mesh woven body, Crop protection net construct, characterized in that it has a black color. The method of claim 4, wherein The mesh woven body, A cloth band part that is bar-coupled to be positioned in the width direction at each position spaced apart at regular intervals along the longitudinal direction between the front and rear end positions of the roof area and the front and rear ends thereof; And, The cloth band includes an insertion hole for inserting the width direction pole between the mesh fabric and the coupling; Crop protection net construct, characterized in that to form a. The method of claim 5, The mesh woven body, A cloth band part that is bar-coupled along the four edges of the roof area, three edges of the ground seating area, and left and right edges of the front and rear closed area; Crop protection net construct, characterized in that it further comprises. The method of claim 5, A through hole along an outer end of the front and rear closed area part in a deployed state; Is formed, A binding fixing strap inserted into the through hole and coupled to the through hole and fixed to the ground in a pulled-out state during construction; Crop protection net construct, characterized in that configured to include more. The method of claim 1, The width direction pole, Made of a material that combines elasticity and rigidity, A mesh construction for crop protection, characterized in that a predetermined number of short unit poles are interconnected to form one widthwise pole. The method of claim 2, The mesh woven body, Protruding bands coupled to the left and right lower ends of the roof area portion at predetermined intervals to protrude in an outward direction and having eyelets for inserting the ground driving bar; Crop protection net construct, characterized in that it further comprises.

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