KR20120012605A - Cap and cap structure preventive dry of plant and method thereof - Google Patents

Abstract

PURPOSE: An anti-drying cap for plant, a cap structure, and a manufacturing method thereof are provided to increase the quality maintenance period of the plants after shipping before selling. CONSTITUTION: An anti-drying cap for plant comprises the following: a body(110) including a space unit(112) with one opening; a buffering unit having buffering power and water holding property, and filling the space unit; and a stopper(130) including a cut inducing unit(132) with cut inducing lines(134) formed in a radial shape, and closing the opening of the space unit. The cut stem or stalk of plants is located on the buffering unit through the cut inducing unit. The buffering unit contains the moisture and additives. The additive is an enzyme, a mineral, a vitamin, or a pH controlling agent.

Description

Cap and cap structure preventive dry of plant and method

The present invention relates to preventing plant drying, and more particularly, to cover the cut portion of the plant, to prevent evaporation of moisture and nutrients, and to supply other additives to prevent plant drying cap and cap It relates to a structure and a method of manufacturing the same.

In general, flowers, fruits, vegetables, etc. are cultivated at the time of cultivation in the parent tree or vines, if possible to be sold, separated and transported to each place.

These flowers, fruits, and vegetables have the highest freshness, so they can purchase fresh flowers, fruits, and vegetables as they are supplied to consumers by minimizing the shipping period.

However, as shown in Figure 1, the flowers, fruits, and vegetables separated from the mother has a problem that the moisture and nutrients contained during the transfer is evaporated, withered as it is not supplied from the mother as much as the evaporation amount is dried.

In this case, even when the shipment process of the shortest time occurs, in order to minimize evaporation may be transported by using a cooling or refrigerated vehicle.

This, too, does not prevent the evaporation of moisture and nutrients, but if the flowers, fruits and vegetables are frozen, there is a problem of promoting the evaporation of moisture and nutrients.

Thus, in the case of flowers, since the cutting surface is soaked in the bucket because it is not intended to be edible, the problem is solved by steadily supplying moisture during the shipping process, but the fruits and vegetables for edible purpose are moved in water To supply only moisture, there is a problem that can reduce nutrients or sugar.

In addition, fruits and vegetables are bulkier than flowers, and when water is transported to immerse them, the weight thereof is doubled, so there is a problem in that transportation costs increase.

Here, in the case of watermelon among the fruits, the amount of evaporation is minimized by cutting a portion of the vine instead of cutting the nipple adjacent to the body and shipping it with the body. As shown in FIG. 2, in order to increase the effect The amount of evaporation is minimized by wrapping paper in the cut vine.

However, despite these efforts, if inventory is generated due to problems in the distribution process or due to sluggish sales, flowers, fruits, and vegetables are deteriorated by evaporation, and as a result, commodity values decrease, causing a lot of losses.

Therefore, the present invention has been devised to solve the above problems, and has a drying prevention cap having a body having a space therein and a buffer portion filled with the space and a stopper for closing the space, thereby cutting off the plant. The stopper prevents the plant from drying by placing it in the buffer.

In particular, the stopper is formed with an incision having a radial incision to correspond to the space portion, when the anti-drying cap is installed on the plant cutting site, the incision can be easily cut and installed easily, the incision is wrapped around the outside of the plant It can prevent and minimize the inflow of air.

And the anti-drying cap is made of a single structure, when used, can be used separately, so that mass production is easy, and the perforation line is formed on the base plate to which each anti-drying cap is connected, it is easier to cut.

Accordingly, the mass-producing drying caps are easily separated from each other and installed at the cutting portions of each plant to prevent the drying of the plants to maintain the quality, and to supply additives to prevent the plant drying caps to improve the quality. And a cap structure and a method of manufacturing the same.

The present invention for achieving the above object, the body having a space portion open to one side therein, has a water-absorbing force and a water-containing, the buffer portion filled in the body space portion, and closes the open portion of the body space portion It is provided to include, the induction guide line is made to include a stopper having a radial incision guide formed radially, by placing a cut nipple or stem portion of the plant through the induction guide of the stopper to the moisture contained in the plant Prevents evaporation of nutrients.

Preferably, the buffer portion contains water and additives.

And the additive is at least one of enzymes and minerals, vitamins and PH regulators.

In addition, the stopper is formed of at least one of vinyl resin, vinyl fiber and aluminum foil coating paper.

And it is further provided with an advertising unit protruding along the longitudinal direction of the outer peripheral surface of the body.

In addition, the advertising unit only protrudes the border, the advertisement is attached or printed in the center.

And the body having a space portion open to one side base plate formed at regular intervals, having a buffering force and water retention, the buffer portion to be filled in the space portion of each body, provided in the base plate to close the open space, each space A stopper having a cut guide portion formed by a radial cut guide line so as to correspond to a portion, and a cut line formed to separate the body and the stopper from a base plate, and a base plate and a body fused to each other along the cut line A plant prevention cap separated from the plant is placed in the buffered stem or stem portion of the plant through the induction section of the stopper to prevent evaporation of moisture and nutrients contained in the plant.

In addition, the perforated line is formed to form a predetermined interval to the outside of one end of the body.

And a base plate forming step of forming a base plate such that a plurality of bodies having a space portion are arranged at predetermined intervals, a buffer portion having a buffering force and a water retention property, and filling a buffer portion containing water and a liquid additive. A filling step, a stopper fusion step of joining the stopper having a cut guide portion formed by a radial cut guide wire to the base plate so as to close the respective space parts, and the body of which the space part is closed by the stopper can be separated from the base plate. It comprises a step of forming a cut line so as to form a cut line.

In addition, the stopper is heat-sealed to the base plate.

In addition, the induction guide line is formed thinner than other portions of the induction guide portion, the cut line is formed at a predetermined interval at the break.

As described above, according to the plant anti-drying cap and the cap structure according to the present invention and the manufacturing method thereof, it is possible to prevent the evaporation of water and nutrients through the cut portion of the plant to maintain the quality until after sale, sales before It is a very useful and effective invention that can increase the duration to prevent the loss as much as possible, to supply enzymes, minerals and vitamins through the cut site, and to adjust the pH to further improve the quality.

1 is a view showing a shipment state of a conventional plant,
Figure 2 is a view showing the drying prevention for the conventionally shipped plants,
3 is a view showing a plant anti-drying cap according to the present invention,
4 is a view showing a state of use of the plant anti-drying cap according to the present invention,
5 is a view showing a state in which the advertising unit is further provided in the plant drying prevention cap according to the present invention,
6 is a view showing an advertising unit of another embodiment of the plant anti-drying cap according to the present invention,
7 is a view showing a plant anti-drying cap structure according to the present invention,
8 is a view showing a plant anti-drying cap separated from the plant anti-drying cap structure according to the present invention,
9 is a view showing a method for manufacturing a plant drying prevention cap structure according to the present invention.

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

In addition, the present embodiment is not intended to limit the scope of the present invention, but is presented by way of example only, and various modifications may be made without departing from the technical gist of the present invention.

Figure 3 is a view showing the plant anti-drying cap according to the present invention, Figure 4 is a view showing the use state of the plant anti-drying cap according to the present invention, Figure 5 is advertised in the plant anti-drying cap according to the present invention Figure 6 is a view showing a state further provided, Figure 6 is a view showing an advertising unit of another embodiment of the plant anti-drying cap according to the present invention, Figure 7 is a view showing the plant anti-drying cap structure according to the present invention 8 is a view showing a plant anti-drying cap separated from the plant anti-drying cap structure according to the present invention, Figure 9 is a view showing a method of manufacturing a plant anti-drying cap structure according to the present invention.

As shown in Figures 3 to 4, the plant drying prevention cap 100 is composed of a body 110, a buffer unit 120 and a stopper 130 to cover the cutting part of the plant to evaporate nutrients with moisture To prevent it.

The body 110 is formed with a space 112 open to one side therein, the buffer portion 120 is filled in the space portion 112 of the body 110, and has a water-retaining ability to contain the buffer force and moisture.

Here, the buffer unit 120 is foamed with a phenolic resin, it is excellent in water retention and can contain enough moisture to be supplied to the plant, the buffer unit 120 may further include an additive.

In one embodiment, the buffer unit 120 may be used as a floral foam.

Such additives are used any one or more of enzymes, minerals, vitamins and PH regulators, it is preferable to use the additives vary depending on each plant and conditions.

And the stopper 130 is provided to close the open portion of the body portion 110, the space portion 112, the induction guide line 134 is formed so that the induction guide portion 132 formed radially corresponding to the space portion 112 do.

As such, the plant anti-drying cap 100 is located in the buffer unit 120 through the cut guide 132 of the stopper 130 to the cut tap or stem portion of the plant evaporation of moisture and nutrients contained in the plant To prevent.

In other words, by cutting the induction guide 132 of the stopper 130 is inserted into the body 110, the space 112, the cutting portion of the plant is inserted into the buffer portion 120 so that the plant drying prevention cap 100 is plant The cut portion of the plant, which is fixed to and fitted to the buffer unit 120, is to prevent evaporation of water and nutrients by the buffer unit 120.

In addition, as the moisture and additives added to the buffer unit 120 are supplied through the cutting portion of the plant, the time for maintaining the product quality is increased than before, thereby minimizing the loss.

The stopper 130 is formed of a vinyl resin or vinyl fiber, and prevents the passage of air, the incision guide 132 cut by the plant is in contact with the outside of the plant to be inserted to prevent and minimize the space between the air and To prevent and minimize contact.

Accordingly, the effect of preventing evaporation of water and nutrients from the plant cutting site can be further increased.

And as shown in Figures 5 to 6, the advertising unit 140, 140 'protruding along the longitudinal direction of the outer peripheral surface of the body 110 of the plant anti-drying cap 100 is further provided to attach the advertisement including information and Can print.

First, the advertising unit 140 illustrated in FIG. 5 is formed to protrude a predetermined width along the longitudinal direction of the outer circumferential surface of the body 110, and the advertising surface 142 is positioned so that the advertisement is attached or printed on the protruding surface.

On the other hand, the advertising unit 140 ′ shown in FIG. 6 protrudes in a predetermined width along the longitudinal direction of the outer circumferential surface of the body 110, and only the edge protrudes, and the advertisement surface 142 ′ is positioned at the center portion which does not protrude. Attached or printed.

At this time, as shown in Figures 7 to 8, the plant anti-drying cap 100 is made of a single structure 10, the plant anti-drying cap structure 10 is the base plate 12 Multiple plant anti-drying caps 100 are connected.

First, the base plate 12 is integrally manufactured so that the body 110 having the space portion 112 open to one side is formed at a predetermined interval, and each space portion 112 has a buffer portion having a buffering force and water retention ( 120 is charged.

And the stopper 130 is provided on the entire surface of the base plate 12 to close the open space 112, the stopper 130 is radial incision 134 to correspond to each space 112. It has a formed cut guide portion 132.

The perforation line 200 is formed to be detachable from the base plate 12 and the body 110 and the stopper 130, and is formed on the base plate 12 and the stopper 130 in the same manner.

The method for separating the plant anti-drying cap 100 for use in the plant anti-drying cap structure 10 is to separate the body 110 and the stopper 130 from the base plate 12 along the perforation line 200, respectively. do.

Thus separated plant drying cap 100 is to be fixed to the cut stem or stem portion of the plant, the cut portion is located in the buffer unit 130 through the induction guide 132 of the stopper 130 It can prevent the evaporation of moisture and nutrients contained inside.

Here, the perforation line 200 is formed to have a predetermined interval toward the outside of one end of the open body 110 of the space 112, the stopper 130 and the body 110 fused along the perforation line 200 The base plate 12 is separated.

Method for manufacturing the plant drying prevention cap structure 10, as shown in Figure 9, the base plate forming step (S10) and the buffer portion filling step (S20), stopper fusion step (S30) and cut line forming step (S40) It consists of

Base plate forming step (S10) is to form a base plate 12 so that a plurality of the body 110 having a space portion 112 is arranged at a predetermined interval, it is molded by injection.

And the buffer portion filling step (S20) is to fill the space portion 112 of each body 110, the buffer portion 120 having a buffering force and water retention, to the space portion 112 of the molded base plate 12 The buffer unit 120 is charged.

The buffer unit 120 is foamed with a phenolic resin, and may be filled by filling the space 112 with the phenol resin foamed or by directly foaming the space 112.

The buffer unit 120 is excellent in water retention and can sufficiently contain moisture that can be supplied to plants, and can further include additives to improve product quality.

Here, the additive is any one or more of enzymes and minerals, vitamins and PH regulators are used, it is preferable to be used by varying the addition amount according to each plant and conditions.

Stopper fusion step (S30) has a cutout 132 to correspond to each space portion 112, by fusing the stopper 130 to the base plate 12 to close the space portion 112, heat fusion This is preferred.

Of course, it is also possible to use a separate other adhesive member.

And the cut line forming step (S40) is to form a cut line 200 to be separated from the base plate 12, the body 110, the space 112 closed by the stopper 130, the cut line to facilitate cutting Along the 200 is formed a sheath at regular intervals.

Thus, the plant drying prevention cap 100 is easily separated from the base plate 12 and placed on the cutting site of the plant, to prevent evaporation of plant moisture and nutrients.

10: anti-drying cap structure 12: base plate
100: anti-drying cap 110: body
112: space portion 120: buffer portion
130: stopper 132: incision guide
134: incision guide line 140, 140 ': advertising unit
200: perforation

Claims (11)

A body having a space part open to one side therein;
A buffer part having a water retention property containing a buffer force and moisture and filled in the body space part; And
It is provided to close the open portion of the body space portion, the induction guide line is made to include a stopper having a cut induction portion formed radially,
Plant cut prevention caps, characterized in that the cut nipple or stem portion of the plant is located in the buffer portion through the induction guide of the stopper to prevent evaporation of moisture and nutrients contained in the plant.
The method of claim 1,
Plant buffering cap characterized in that the buffer containing water and additives.
The method of claim 2, wherein the additive
Plant anti-drying cap, characterized in that any one or more of enzymes, minerals, vitamins and PH regulators.
The method of claim 1,
The stopper is a plant drying cap, characterized in that formed of any one or more of vinyl resin or vinyl fiber and aluminum foil coating paper.
The method of claim 1,
Plant drying prevention cap, characterized in that the advertising unit further protrudes along the longitudinal direction of the outer peripheral surface of the body.
The method of claim 5,
The advertising unit only protrudes the border, plant drying prevention cap, characterized in that the advertisement is attached or printed in the center.
A base plate having a body portion open to one side at regular intervals;
A buffer unit having a buffering force and water retention, and filled in a space of each body;
A stopper provided on the base plate to close the open space part, the stopper having a cut guide part formed by a radial cut guide line corresponding to each space part; And
It comprises a perforation line formed to be detachable from the body and the stopper base plate,
The plant drying prevention cap which separates the body and the stopper from the base plate which are mutually fused along the perforation line is located in the buffer part through the cut guide part of the plant through the cut guide part of the plant and the water contained in the plant. Plant anti-drying cap structure to prevent evaporation of nutrients.
The method of claim 7, wherein
The perforated line is a plant drying prevention cap structure, characterized in that formed at a predetermined interval toward the outside and one end of the body.
A base plate forming step of forming a base plate such that a plurality of bodies having a space portion are arranged at regular intervals;
A buffer part filling step of filling a buffer part having a buffering force and a water retention property and containing water and a liquid additive in a space part of each body;
A stopper fusion step of joining the stopper having a cut guide part formed by a radial cut guide line to the base plate to close the respective space parts; And
Method of producing a plant drying prevention cap structure comprising a perforated line forming step of forming a perforated line to be separated from the base plate the body of the space is closed by the stopper.
10. The method of claim 9,
The stopper is a method for manufacturing a plant drying cap structure, characterized in that the heat-sealed to the base plate.
10. The method of claim 9,
The incision guide line is formed thinner than other parts of the induction guide portion, the cut line is a method for producing a plant drying prevention cap structure, characterized in that the fracture portion is formed at a predetermined interval.

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