KR200314089Y1 - Pe case for protection of fruit within expansion net - Google Patents

Abstract

The fruit protection case provided with the elastic network according to the present invention wraps the fruit by binding the lower part of the elastic network woven to have elasticity only in the width (vertical) direction with a string, etc., and is provided with one side hemispherical body 21. A fruit protection case having a spherical shape by inserting the pin 25 into any one of the plurality of coupling grooves 27 provided in the other hemispherical body 21, and the fruit with the elastic network 10 and the feed case 20. After protecting the outside of the fruit case from the algae and pests by binding and fixing one side of the stretched net 10 drawn out through the network outlet 22 provided in the upper part of the case 20 to the twig (1) In addition to the protection of the pesticides, it is effective in minimizing damage from contamination of pesticides and preventing fruit fall.

Description

PE CASE FOR PROTECTION OF FRUIT WITHIN EXPANSION NET}

The present invention relates to a case for fruit protection, and in particular, the lower part of the woven elastic network woven to have elasticity only in the width (vertical) direction by binding with a string or the like to wrap the fruit, and the coupling pin provided on one side semicircle on the other half circle. After inserting into any one of the plurality of fixing grooves provided to protect the outside of the elastic net and the fruit in the fruit protective case having a spherical shape, the elastic net drawn out through the network outlet provided in the upper portion of the fruit protective case By binding and fixing one side of the tree to the branches, and not only to protect the fruit from algae and pests, but also to minimize the damage caused by the contamination of pesticides, and relates to the fruit protection blood case equipped with an elastic net to prevent the fall of fruit.

In general, when the fruit ripens, the damage caused by algae, such as bugs or magpies, is severe due to the sweet spots generated from the fruit, and when the outside of the fruit is damaged due to hail or when the fruit falls by typhoons. There was a problem that greatly reduces the marketability of the fruit itself.

Therefore, there have been various attempts at farms that grow fruits in the past, such as covering paper with fruits and plastic casings to protect fruits from algae and pests or from climate change such as hail and typhoons. The method of covering it is cheaper, but the paper has a weak problem in moisture, so it is greatly affected by climate change, and the method of covering plastic with the fruit does not take into account the change of the tap according to the growth. It had a bad influence on the growth of the farm, and the production cost was high, which did not help the general farmers.

In addition, the case for protecting fruit using a conventional plastic ignores the branch that extends from the top of the fruit as the fruit grows, and uses the method of directly binding the case and the branch, so as the case for protecting the fruit Due to the branch extending from the tip of the fruit was damaged or failed to deliver sufficient nutrients to the fruit there was a problem that causes the maturation of the fruit.

The present invention was devised to solve the above problems, in particular, the bottom of the elastic network woven to have elasticity only in the width (vertical) direction by binding with a string, etc. to wrap the fruit, the coupling pin provided on one side semicircle After inserting into any one of the plurality of fixing grooves provided in the other semi-circle to protect the outside of the elastic net and the fruit in a fruit protection case having a spherical shape, the net outlet provided in the upper portion of the fruit protection case By binding and fixing one side of the stretched and drawn out tree branch to the tree, it not only protects the fruit from algae and pests, but also minimizes the damage from the contamination of pesticides and prevents the fruit from falling. The purpose is to provide a case.

1 is a front view schematically showing a stretchable network according to the present invention,

Figure 2 is a perspective view schematically showing an embodiment of the fruit protection case according to the present invention,

3 is a perspective view schematically showing another embodiment of the fruit protection case according to the present invention,

Figure 4 is a state of use of the fruit protection case provided with a stretch network according to the present invention,

5 is a state diagram schematically showing the fixing of the fruit protection feed case equipped with the elastic network according to the present invention to the branches as a fixed.

<Brief description of symbols for the main parts of the drawings>

1: twig 2: fruit

3: branch extending from the nipple

10: stretchable network 20: F case

21: hemispherical body 22: mesh outlet

23: vent 24: hinge

25: coupling pin 26: step

27: coupling groove 28: coupling ring

29: protrusion 30: holder

31: through

Hereinafter, the present invention will be described in detail by the accompanying drawings.

1 is a front view schematically showing a stretchable network according to the present invention, Figure 2 is a perspective view schematically showing an embodiment of the fruit protection case according to the present invention, Figure 3 is a fruit protection case of the present invention Figure 4 is a perspective view schematically showing another embodiment, Figure 4 is a state diagram of the use of the fruit protection case is provided with the elastic network according to the present invention, Figure 5 is a fruit protection case provided with the elastic network according to the present invention as a fixed This is a state diagram showing the use of the tree branches.

The stretchable net 10 used in the present invention is made of the same material as the conventional plastic net wrapping the fruit or onion, as shown in Figure 1, the net structure of the stretchable net 10 is greater than the horizontal 4 Since it is compressed in the transverse direction so as to form a rhombus structure larger than twice, it is manufactured to have elastic force only in the width (horizontal) direction when the elastic net 10 is pulled from the outside.

Therefore, the elastic net (10) wraps the outside of the fruit (2) hanging on the branch (1), the lower portion of the elastic net (10) to form a knot or straps, such as a strap (not shown) After tying together, the upper part of the elastic net 10 is bound to the twig 1, the elastic net 10 is not stretched in the length (vertical) direction to support the lower part of the fruit (2) Therefore, since the effect of the gravity load transmitted to the branch (3) extending from the fruit faucet will be distributed by the elastic network 10, the branch extending from the fruit faucet even if the weight of the fruit (2) is heavy (3) not only does not have a large influence, but also the fruit (2) is bound to the twig (1) by the elastic network 10 so as to prevent the fall of the fruit (2) due to wind or external impact do.

In addition, when the elastic network 10 according to the present invention is thickened with the fruit 2 and the branch 3 extending from the fruit faucet, the elastic network 10 also extends along the width (horizontal) direction, the elastic network (10) does not interfere with the growth of the fruit (2).

On the other hand, the elastic network 10 wrapped around the fruit (2) is to protect the outer periphery with the case 20, which is vacuum-extruded by the PE (PE), the case 20 is unlike the conventional plastic case Because the material is soft, it is easily bent and at the same time it has a property of being immediately restored to its original state by the restoring force.

As shown in FIG. 2, the case 20 has a semicircular mesh outlet 22 formed therein so that the branch 3 and the elastic network 10 extending from the top of the fruit can be drawn out, and the lower portion of the feed case 20 is formed therein. At the same time to discharge the water to form a ventilation port for breathing fruit, a pair of hemispherical body 21 formed in the center through the coupling pin 25 and the coupling groove 27 around the hinge 24 Combining to form a spherical case surrounding the elastic network 10 and the fruit (2), one side hemispherical body 21, the coupling pin 25 is formed on both sides of the stepped jaw (26) of the other hemispherical body (21) When inserted into the coupling groove 27, the coupling pin 25 and the coupling groove 27 is firmly bound by the restoring force of the hemispherical body 21 itself.

At this time, the width of the coupling pin 25 is formed wider than the width of the coupling groove 27, when the coupling pin 25 is inserted into the coupling groove 27, the coupling pin 25 with a predetermined force It is bent to be inserted into the coupling groove 27, and after the insertion is completed, the stepped portion 26 formed on the coupling pin 25 is caught by the coupling groove 27 so that the coupling pin 25 and the coupling groove 28 are firmly secured. It is bound.

On the other hand, since the plurality of coupling grooves 27 formed in the other hemispherical body 21 are formed at regular intervals, depending on which coupling groove 27 to insert the coupling pin 25, the case (Fig. The total size of 20) can be adjusted arbitrarily.

3 is another embodiment of the coupling method of the hemispherical body 21 formed in a pair in the case 20, the blood to form a coupling ring 28 instead of the coupling pin 25 and the coupling groove 27 A perspective view of the case 20.

The coupling ring 28 is formed on both the one side hemispherical body 21 and the other side hemispherical body 21, characterized in that the protrusion piece 29 of the coupling ring 28 is formed in the opposite direction to each other. .

That is, when the hemispherical bodies 21 are folded to each other and the coupling rings 28 on both sides are alternately inserted to form the PK 20 in the form of a sphere, the protruding pieces 29 of the coupling rings 28 are hemispherical. The body 21 is firmly bound by the restoring force to be opened.

The case 20 according to the present invention is manufactured by a vacuum extrusion method of low density polyethylene, and the weight is lighter than the conventional plastic case and is soft, so it is easy to handle and the manufacturing cost is low.

The low density polyethylene is produced by heating polyethylene (CH2 = CH2 →… -CH2-CH2-CH2-CH2-) using a small amount of air as a catalyst at a high pressure of 1,000 atm and 200 캜 or higher, and therefore, generally high pressure. It is called polyethylene. Its density is about 0.91, its branches are not enough, and its crystallization is about 65%, so it becomes soft and stretches well. The tensile strength is slightly small, but the impact resistance is large. Easy to process or use

The low density polyethylene is used in various containers, packaging films, fibers, pipes, packings, paints, and the like. Buckets and cups are made by extrusion molding, and industrial chemical containers, liquid detergent containers and the like are made by blow molding.

On the other hand, the case 20 is folded around the hinge 24 to connect a pair of hemispherical body 21 to form a spherical body, each of the hemispherical body 21 is extended from the top of the fruit Semi-circular mesh outlet 22 is formed so that the branch 3 and the stretchable network 10 can be drawn out, and at the bottom, a semi-circular ventilator 23 is formed for respiration of fruit while simultaneously discharging water. .

Therefore, in the state where the pair of hemispherical bodies 21 are folded, the branch 3 and the elastic network 10 extending from the tap of the fruit are drawn out through the circular mesh outlet 22 formed at the upper portion thereof, and the stretched and drawn out The net 10 is bound to the twig 1 by various methods.

In this case, the drawn stretched net 10 may be bound to a branch by forming its own knot as shown in FIG. 4, or bound to the branch using a separate fixing rod 30 as shown in FIG. 5. You may.

The holder 30 has a "⊃" shape in which the inside is recessed, and since the through hole 31 penetrating from the top to the bottom is formed, the inside recessed portion of the holder 30 is formed on the twig 1. Insert and stretch the elastic net 10 in the state passing through the through hole 31 of the fixing table 30 itself to form a knot or fixed to the twig 1, it is possible to maintain a more solid state.

In addition, the circular ventilation openings 23 formed in the lower part of the case 20 may serve as a passage through which moisture is discharged to the outside, and allow fresh air to flow into the fruit.

The fruit protection case provided with the elastic network according to the present invention wraps the fruit by binding the lower part of the elastic network woven to have elasticity only in the width (vertical) direction with a string, etc., and is provided with one side hemispherical body 21. The pin 25 is inserted into any one of the plurality of coupling grooves 27 provided in the other hemispherical body 21, and is a fruit protection case having a spherical shape. After protecting the outside, by fixing the one side of the stretched net 10 drawn out through the network outlet 22 provided in the upper part of the case 20 to the twig 1 by fixing the fruit from birds and pests It not only protects, but also minimizes damage from contamination of pesticides and prevents fruit falling.

Claims (5)

In the fruit protection case, It is woven so as to have elasticity only in the width (horizontal) direction, and it inserts the fruit upward through the opened upper part, binds the lower part with a string, and binds the upper part with the branch. ; A semicircular mesh outlet is formed in the upper part so that the branch and the retractable net extending from the fruit stem can be drawn out, and in the lower part, a vent hole for respiration of the fruit is formed while discharging moisture, and a pair of hemispherical bodies formed in the center part When folded to the center of the hinge to form a spherical case enclosing the elastic net and fruit, but has stepped on both sides and bends the coupling pin formed in a width larger than the coupling groove and inserted into the coupling groove of the other hemispherical body, hemispherical body Feeding case for protecting fruit with a stretch net, characterized in that the step of the coupling pin is coupled to the coupling groove by the restoring force of its own. The method of claim 1, The elastic network is a network for the fruit protection case, characterized in that the elastic network has a stretch only in the width (horizontal) direction, so that the vertical direction is compressed to form a rhombus structure four times larger than the horizontal. The method of claim 1, The elastic network is inserted into a branch having a "⊃" shape in which the inner side is recessed in one side, after passing through the upper and lower through holes provided in the fixing member is provided with the elastic network, characterized in that the elastic Protective case. The method of claim 1, The other half hemispherical body of the case is a fruit case for protecting the fruit, characterized in that a plurality of coupling grooves are formed to arbitrarily adjust the size of the circle according to the type of fruit. The method of claim 1, The hemispherical body is provided with a coupling ring in which protrusion pieces are formed in opposite directions instead of the coupling pin and the coupling groove. Fruit protective case with an elastic net, characterized in that the body is firmly bound by the restoring force to be opened.