KR100650979B1 - Tube for cultivating and packaging fruit vegetables - Google Patents

Abstract

A container for growing and packing fruits and vegetables is provided to produce good fruits and vegetables and improve quality of the products without damaging surface of the fruits and vegetables by being made of a soft synthetic resin. The container for growing and packing fruits and vegetables includes a drum body(110) and a coupling fixing unit(120). The drum body(110) includes an inlet(111), a water supply hole(112), plural ventilation holes(113) and a fastening fixing guide portion(114). The fastening fixing unit(120) is disposed in the fastening fixing guide portion(114), and fastens the fastening fixing guide portion(114) to fix the trunks of the fruits and vegetables and the drum body(110). The drum body(110) is made of a soft synthetic resin material and has the shape of a drum without a combining portion.

Description

Fruit growing and packaging containers {Tube for cultivating and packaging fruit vegetables}

1 illustrates an example of a fruit vegetable growing container manufactured from a conventional hard synthetic resin material,

Figure 2 shows an example of agricultural product cultivation packaging material prepared by fusion in a state in which the sheet-like film of the conventional thin synthetic resin material,

Figure 3 illustrates a fruit vegetable growth and packaging container according to an embodiment of the present invention,

4A to 4C illustrate a process of binding and fixing the fruits and vegetables in the fruit growing and packaging container of FIG. 3,

FIG. 5 illustrates that the fruits and vegetables are grown and packaged in the container of FIG. 3.

Figure 6 shows the process of peeling off the packaging in the fruit vegetable of Figure 5,

7A to 7C illustrate a fruit vegetable growing and packaging container according to another embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

10 plastic bag 12 inlet

13: binding means 13a: binding straps

14: crop receiving unit 14a: growth guide projection

14b: curved portion 15: drain hole

100: fruit and vegetable growing and packaging container according to an embodiment of the present invention

110: cylinder 111: stem inlet

112: drain hole 113: aeration hole

114: binding fixing guide portion 115: wrinkles

116: cutting hole 117: cutting teeth

120: strap for fastening

The present invention relates to the growing and packaging containers of fruit vegetables (hereinafter referred to as "fruit vegetables"), such as cucumber or eggplant or pumpkin, and more particularly to prevent damage from pests or algae during the growth of fruit vegetables. It is necessary to wrap the fruits and vegetables during the growing period so that the shape and specifications of the fruits and vegetables can be kept constant while blocking the pesticides applied to the fruits and vegetables, and to produce high-quality clean fruits and vegetables, and to pack the fruits and vegetables further produced The present invention relates to a fruit vegetable growth cultivation and packaging container which performs the functions of a conventional fruit vegetable growth container and a packaging container used for packaging fruit vegetables after harvesting at a time.

In general, fruit and vegetable such as cucumber or eggplant or pumpkin is often elongated in shape during the growth process to take a bent form, so the appearance is poor, which reduces the value of the commodity in the harvester.

In addition, these fruits and vegetables are exposed to the outside during the growth period, there is a risk of damage easily from algae or various pests, even when spraying pesticides to remove pests, the surface is directly exposed to pesticides It had to be produced with harmful pesticides.

In order to solve these problems, as shown in Figure 1, in cultivating fruit and vegetables to grow straight and right to a certain length to increase the marketability through the standardization, while preventing contamination by spraying pesticides as well as algae and various pests Various types of fruit vegetable growing containers have been proposed to prevent damage from the fruit.

The conventional vegetable and vegetable growth cultivation container has a shape of a cylindrical body having a narrow width with respect to the height, and both sides of the cover is expanded or closed around the hinge portion and has a structure that can completely protect the fruit and vegetable.

However, the fruit vegetable growing container is made of hard synthetic resin material, and when cucumbers, eggplants, or pumpkins are completely grown in the container and the inner surface and the surface of the container are in direct contact with each other, Damaged sticks and scabies (or humps), such as eggplant or amber is smooth and smooth surface, as well as a weak hardness of vegetable and vegetable will be damaged and crushed surface will cause a problem of deterioration of merchandise.

In particular, when a letter or pattern is imprinted on the inner surface of the fruit or vegetable growing container, when the cucumber or eggplant or pumpkin is grown and filled in the container, the letter or pattern on the inner surface is clearly imprinted on the surface of the cucumber or eggplant or pumpkin. In such a case, the part may be easily damaged and a rash may be deteriorated.

In addition, since the weight of the crude container itself with a certain thickness is applied to the stem of the vegetable as it is, there is a problem that inhibits normal growth.

In addition, the fruits and vegetables grown through the growth process must be taken out of the container, and the harvested fruits and vegetables must be distributed through a separate packaging operation.

From this, the surface of the fruit vegetable, while serving as a cultivation container to cover the entire fruit vegetable during the growth period by covering the entire fruit vegetable during the growth period by putting a growing container of a certain size to promote the growth of conventional fruit vegetables, to prevent pests from pests and to prevent damage from outside such as algae Many cultivation and packaging bags have been proposed to remove the stress on fruit and vegetable stems without damaging them, and to make the role of packaging so that they do not require repacking after harvesting.

Among them, in the "agricultural product cultivation packaging material" of the registered utility model No. 0363812, as shown in Figure 2, the sheet-like film of a thin synthetic resin material is manufactured by fusion in the overlapping state, the two outer edges of the film is heat-sealed and sealed, The outer edge of the fused film has an open inlet 12 on one side to allow a more fusion-sealed sealing inward direction to have a narrow configuration, and the non-fused portion inside the plurality of growth guide protrusions 14a are formed. A plastic bag 10 having the crop accommodating part 14 forming 10b) and a binding means 13 fixed to an upper side of the inlet 12 of the plastic bag 10 to bind and fix the inlet 12. ), And at least one drain hole 15 is formed at the inner lower end of the crop accommodating part 14 to cover the fruits and vegetables during the growing process and insert the grown crop into the plastic bag. It is harvested as it is in stock and can be packaged and sold at the same time as harvest.

However, the agricultural product cultivation packaging material is a sheet-like film is bonded to the bonding portion protruded to the outside, so that when the cover is grown on the fruit vegetables, as the fruit vegetables grow, the expansion of the cylindrical bag is applied to the plastic bag as the expansion pressure is easily applied. Relaxed there is a problem that the plastic bag itself is broken.

Moreover, the plastic bag is configured to be fused to protrude to the outside of the joint, so that it is adhered to the flat during storage and handling, so that the opening of the bag is not easily separated when the plastic bag is put on the stem of the fruit and vegetable, and the work itself is cumbersome, resulting in poor workability. Will also be.

The present invention is to solve the above problems, while maintaining the inherent characteristics of the surface itself to produce the best fruit vegetables and packaging as it is produced to improve the quality and quality of the product while applying to the fruit vegetables Hold the stem inlet by hand and apply it to the atmosphere just by waiting, greatly improving workability, and robustness and distribution and storage step, which are not broken by the expansion pressure in the cylindrical direction as the fruit vegetables grow when they are covered by fruit vegetables. The purpose of the present invention is to provide a fruit growing and packaging container that greatly improves the shelf life of the fruit.

In order to achieve the above object, the present invention, the stem inlet is formed so that the stem of the fruit vegetables grown on the open side to enter, the drain hole formed on the other side closed, a plurality of vents formed as a whole, and near the stem inlet A tubular body formed with a binding fixing guide part of a groove shape to guide the stem of the fruit vegetable to the stem; Located in the binding fixing guide portion, the binding fixing means for binding the binding fixing guide portion to secure the stem and the cylinder of the fruit vegetable, wherein the cylinder is a soft synthetic resin material and grows in a cylindrical shape without a joint Provides a fruit vegetable growth and packaging container characterized in that to maintain the shape of the specific fruit vegetable to be made.

Preferably, the pleat fastening portion may be formed in the binding fixing guide portion.

Preferably, the cylinder may be provided with a cutting hole in a row from the stem inlet to the vicinity of the binding fixing guide.

Preferably, the tubular body may be formed with cutting teeth around the open end of the stem inlet.

Preferably, the cylinder may be produced by mixing 1-5% of the bio-ceramic antibacterial material with a soft synthetic resin material.

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

Figure 3 illustrates a fruit vegetable growing and packaging container according to an embodiment of the present invention.

Fruit and vegetable growing and packaging container 100 according to an embodiment of the present invention, as shown in Figure 3, the cylinder 110, and the stem 110 and the stem of the fruit and vegetables to accommodate the vegetable inside It consists of a strap fixing band 120 to fix.

The cylinder 110 is extruded into a tube by soft extrusion of a soft synthetic resin material (polypropylene, polyethylene, polyester, polystyrene, etc.) by inserting it into a mold made of a specific fruit-vessel-shaped container to air It blows up, blows up, solidifies, cools, and forms a basic shape by a blow vacuum forming method of forming a container of the specific fruit vegetable shape, and further processes a vent or drain hole using a press machine or the like by a separate subsequent process.

From this, the tube 110 is made of a soft synthetic resin material, but maintains the intrinsic characteristics of the soft and soft surface itself, such as eggplant or amber, and so as not to damage the needles and scabies (or hounds) attached to the over surface, such as cucumbers.

In addition, when the cylinder 110 maintains a cylindrical shape without a junction and is covered with the fruit vegetables, the fruit vegetables grow and are not separated and damaged by the expansion pressure applied in the cylindrical direction.

In addition, the tube 110 is made of a soft synthetic resin material, while maintaining the shape of the specific fruit vegetables grown and cultivated by hand when holding the stem inlet when you cover the fruit vegetables can be directly covered just by waiting and easy to use Will greatly improve.

In addition, the tubular 110 is mixed with 1 ~ 5% of the bioceramic antimicrobial material in a soft synthetic resin material as necessary to suppress or prevent the soaking phenomenon from the pests such as mold or ticks during the growth process, while harvesting This greatly improves shelf life at the distribution and storage stages until the end consumer prepares and eats.

The cylinder 110 has a stem inlet 111 formed so that stems of fruit and vegetables grown and grown on one open side and a diameter formed on the other side closed to discharge rainwater or foreign substances introduced into the outside to the outside. The stem of the fruit vegetable can be fixed in the vicinity of the stem inlet 111 and the plurality of vent holes 113 and a plurality of vent holes 113 formed in order to smoothly distribute the air inside and outside the 5-10 mm drain hole 112 and the outside. And a locking guide 114 in the form of a groove that guides with ease.

The binding guide portion 114 is formed in the form of a U or V-shaped grooves are formed in the inner structurally elastic wrinkles 115 are formed so as to be late to cover the change in elasticity even if the size is different While fruiting vegetables do not damage the stem during growth, it can be indirectly confirmed to produce high-quality, eco-friendly fruiting vegetables by cutting only when peeled.

In addition, in the cylinder 110, a cutting hole 116 is formed in a line from the stem inlet 111 to the vicinity of the binding fixing guide 114, or around the open end of the stem inlet 111. Cutting teeth 117 are formed so that the container surrounding the fruit vegetable can be easily peeled off.

The binding fixing band 120 is located in the binding fixing guide part 114 to bind the fixing fixing guide part 114 so that the cylinder 110 is fixed to the stem of the fruit vegetable. Allow the fruit vegetables to grow stably inside.

When described in detail with reference to the accompanying drawings, the process of growing fruit and vegetable growing and packaging container according to an embodiment of the present invention configured as described above are as follows.

4A to 4C illustrate a process of binding and fixing the fruits and vegetables in the fruit and vegetable growing and packaging container of FIG. 3, and FIG. 5 illustrates the fruits and vegetables grown and packaged in the container of FIG. 3. 6 shows a process of peeling off the package from the fruit vegetable of FIG. 5.

The process of binding and fixing the fruit vegetable in the fruit growing and packaging container 100 according to an embodiment of the present invention, as shown in Figures 4a to 4c, fruits and vegetables after ignition to the appropriate size to bear fruit When grown, the stem inlet 111 that maintains the open and open state can be taken directly to the fruit-bearing fruit vegetable stem as it is, and can be covered immediately by waiting, and then completely accepts the covered fruit inside and fixes the binding. Since the installation is completed by fixing the binding fixing guide 114 to the stem portion of the fruit vegetable using the belt 120, it is convenient to use and greatly improves the workability.

When the installation is completed, the fruit and vegetable is grown in the shape of the fruit and vegetable in the container, in this process effectively prevents twisting or bending that may come from the growth process can be standardized fruit and vegetable Since it is installed in a completely wrapped form, it is possible to prevent pesticides from penetrating the surface and to effectively protect from various pests, thereby improving the quality of the product.

Then, when the fruit vegetables grow up and the time to harvest, as shown in Figure 5, the fruit is cut with the stem 100 is covered with the container 100, the harvested fruit vegetables are the container 100 ) Can be shipped immediately after the packaging is completed, improving the workability and productivity of the harvest and distribution process. Here, by the bioceramic antimicrobial material 1 ~ 5% mixed in the tubular 110, the storage and storage in the distribution and storage step until the final consumer cooked and eaten after harvesting is greatly improved.

On the other hand, when the end consumer cooks and eats the fruits and vegetables in the above-described package, as shown in FIG. 6, the fruits and vegetables are wrapped by the cutting holes 116 and / or the cutting teeth 117. From the stem inlet 111 of the container 100 can be easily peeled off to the vicinity of the binding fixing guide 114.

This invention is not limited to the above embodiments, various modifications are possible within the scope of the invention described in the claims, and such modifications are also included within the scope of the invention.

7A to 7C illustrate a fruit vegetable growing and packaging container according to another embodiment of the present invention. Instead of the elastic pleats 115 around the binding fixing guide 114, a binding fixing band receiving hole is formed, and in the state in which the binding fixing band 120 is inserted therein, the fruit and vegetable stems are bound. It can also be fixed.

In this case, as the binding means, the binding strap 120 may be a binding string, a synthetic resin binding band, or a binding strap with a stopper.

As described in detail above, the fruit and vegetable growing and packaging container of the present invention has the following effects.

Unlike fruit growing and growing containers made of hard hard synthetic resin, it is made of soft and soft synthetic resin, so that the soft and soft surface itself, such as eggplant or amber, has its own characteristics, and saliva and scabies adhere to the surface of cucumber like cucumber. Hence, it is possible to produce the best fruits and vegetables without damaging the back and to improve the quality of the products and to upscale them.

In addition, unlike the fruit vegetable cultivation container made of a conventional hard hard synthetic resin material, it is made of a soft and soft synthetic resin to maintain a certain form, the conventional synthetic resin sheet-like film is fused and manufactured in a state of overlapping each other, so that the stem when used Unlike the agricultural product cultivation packaging material, which is difficult to cover because the inlet is not easily separated, the stem inlet is kept open so that it is convenient to use by holding the stem inlet when you put it on the fruit and vegetable. It is effective to greatly improve workability.

In addition, the weight of the container itself is much lighter than the fruit vegetable growing container made of a conventional hard synthetic resin material, there is also the effect of creating a normal growth environment in a certain shape and standard without stress on the weight of the stem.

In addition, unlike the agricultural product cultivation packaging material formed in a cylindrical shape using a conventional synthetic resin sheet-like film and the junction portion protrudes outwards, it is also formed by the expansion pressure applied in the cylindrical direction as the fruit vegetable grows when the fruit is grown on the fruit vegetable. There is an effect that does not break apart.

In addition, by mixing the bio-ceramic antimicrobial material with a conventional synthetic resin material to manufacture a barrel, the soaking phenomenon can be suppressed or prevented from pests such as molds and mites during the growth process, and it can be distributed until the final consumer is cooked and eaten after harvesting. There is also an effect of greatly improving the storage in the storage step.

Claims (4)

Stem inlet formed so that the stem of the fruit vegetable grown on the open side is drawn in, a drain hole formed on the other side closed, a plurality of ventilation holes formed overall, and guides to fix the stem of the fruit vegetable around the stem inlet A cylindrical body formed with a binding guide having a U or V-shaped groove; A binding fixing means positioned at the binding fixing guide and configured to bind the binding fixing guide to fix the stem and the cylinder of the fruit vegetable; The barrel is a fruit vegetable cultivation and packaging container, characterized in that it is a soft synthetic resin material and maintains the shape of a specific fruit vegetable that is grown and grown in a cylindrical shape without a junction. The method of claim 1, The binding and fixed guide portion, fruit and vegetable growth and packaging container characterized in that the elastic wrinkles formed. The method of claim 1, The tubular fruit cultivation and packaging container, characterized in that the cutting inlet is formed in a row from the stem inlet to the vicinity of the binding fixing guide, or a saw tooth is formed around the open end of the stem inlet. The method of claim 1, The cylinder is fruit and vegetable growing and packaging container, characterized in that the mixture is produced by mixing 1-5% bio-ceramic antimicrobial material in a soft synthetic resin material.

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