KR200252113Y1 - Packing envelope for broiling a bulbous plant - Google Patents

Abstract

Packaging bag for roasting bulbous crops of the present invention is laminated by nylon film 111, polystyrene terephthalate film 112, orientated polypropylene film 113, chlorinated polypropylene film 114 in sequence After forming a printed layer 116 on which the advertisement is printed on the back side of the laminated polypropylene film 114, the bioceramic liquid 115 is applied and coated, and the linear low density polyethylene film 121 and the claw are coated on the coated surface. The laminated polystyrene film 122, the chlorinated surviving rubber film 123 and the chlorinated polyflourline film 124 are laminated in order to finally complete the laminated synthetic resin sheet 100, In the folded state of the synthetic resin sheet 100 so that the nylon film 111 is disposed on the outer surface, both edges are bonded to each other by thermal fusion. It is made to form a plurality of water vapor discharge holes 140 on the front and rear of the synthetic resin sheet 100 so that the food crops can be kept fresh for a long time and cooked as it is packed in a microwave oven. There is an effect that can improve the convenience of cooking, safe hygiene and sales promotion of product distribution.

Description

PACKING ENVELOPE FOR BROILING A BULBOUS PLANT}

The present invention relates to a packaging bag for roasting bulbous crops, and in particular, can be stored for a long time by packaging non-sulfur crops such as sweet pumpkin, sweet potatoes and potatoes, and put them in a microwave oven so that they can be cooked in the bulbous crops. The present invention relates to a packaging bag for roasting bulbous crops that can improve the convenience of cooking, safe hygiene, and promotion of sales of products.

Generally, sweet potatoes, potatoes, corn, peanuts, banks, and squash are among the crops grown for human consumption, so they can be harvested even in impure weather conditions. These crops are often called non-sulfur crops.

These crops have short growth periods that are not affected by drought or rainy season and can be cultivated on non-walking grounds, which could be used as stocks when famine is severe.

In general, their recipes are steamed, boiled, boiled, baked, roasted, cooked, and fried. However, in the past, they were usually baked directly in a traditional firewood or a fire.

As such, the food of bulbous products by the previous cooking method is cooked by heating the heat directly to the outside and gradually heating the inside to the inside by heat conduction. The temperature gradient must be increased. Because of this, the surface of bulbous crops is heated and burns easily, and the nutrients contained are easily lost.

However, in modern times, the edible situation of bulbous crops is only around 40%, and it is mainly used as a corrosion or snack, not as a food supplement.

On the other hand, in place of the previous recipes, microwaves are used in recent years, which is more efficient than other heating methods, which has the advantages of higher efficiency, shorter cooking time, and less vitamins. However, when heated for a long time, almost all moisture evaporates. As the natural flavor and aroma of the bulbs were exhausted, it was difficult to maintain the original taste.

In addition, when packaging crops such as bulbs and the like in a food packaging container made of synthetic resin and baking them through a microwave oven, synthetic resin bags are melted due to the microwaves of the microwaves, and the bulbs are packaged with bulbs. It was. Because of this, it is difficult to expect the convenience of cooking in the packaging state of the bulbous crop. In addition, there is a serious problem that has a significant impact on the health of consumers who consume it because it always contains the risk that harmful substances such as environmental hormones are generated and released, which is a problem nowadays.

Therefore, the main purpose of the present invention is to make the material of the packaging bag for packaging the crops of bulbs into a highly breathable film, the air inside the packaging bag is discharged to the outside when cooking in the microwave oven as the packaging of bulbs crops To prevent the outside air from penetrating into the packaging bag, thereby minimizing the sticking of the crops of the bulbs to the packaging bag, and providing the packaging bag for roasting bulbous crops so that the crops of the bulbs contained in the packaging bag can be baked evenly. The purpose is.

In addition, another object of the present invention by attaching a zipper for the plastic bag on top of the packaging bag for packaging the bulbous crops to be able to bring in and take out the bulbous crops again, through the packaging bag of various kinds of bulbous crops and a large amount of bulbous It is to be able to cook crop by baking several times.

In addition, another object of the present invention is to form a plurality of water vapor discharge holes in the front and rear of the packaging bag for packaging the bulbous crops, when the bulbous crops are packaged in the microwave while cooking only the proper amount of moisture contained in the bulbous crops themselves By discharging to the outside through the water vapor discharge hole, the bulb of the bulb is cropped by microwave oven while preserving the natural aroma of the bulb crop. To provide a packaging bag for roasting bulbous crops.

1 is a perspective view showing a packaging bag for roasting bulbous crops of the present invention.

Figure 2 is a cross-sectional view showing a packaging bag for bulb bulb crops of the present invention.

Figure 3 is a partially enlarged cross-sectional view showing the configuration of the synthetic resin sheet constituting the packaging bag for bulb bulb crops of the present invention.

Explanation of symbols on the main parts of the drawings

10: packaging bag 100: synthetic resin sheet

110: outer layer synthetic resin film 111: nylon film

112: polystyrene terephthalate film 113: orientated polypropylene film

114: polychlorinated polypropylene film 115: bioceramic liquid

116: printed layer 120: inner layer synthetic resin film

121: linear low density polystyrene film 122: chloride polystyrene film

123: Chlororized Survival Rubber Film 124: Chlorinated Poly Flowline Film

130: vinyl zipper 140: water vapor discharge hole

In order to achieve the above object, the packaging bag for roasting bulbous crops of the present invention is Nylon (Nylon) film, Polyethylene terephthalate (Polyethylene Terephthalate) film, Oriented Polypropylene film, Chloride polypropylene ( Chlorinated Polypropylene film was laminated in sequence to form a printed layer printed with advertisements on the front of the Chlorinated Polypropylene Film, and then coated with a bioceramic liquid and coated with a linear low density polyethylene (Liner Low Density). Polyethlene film, Chlorinated Polyspyrene film, Chlorinated Patermalrubber film and Chlorinated Polyfluorine film To finalize the synthetic resin so that the nylon film is disposed on the outer surface When the middle part of the sheet is folded and bonded to both edges by heat fusion, the vinyl zipper is attached to the open part of the upper part formed at the same time, and a plurality of water vapor discharge holes are formed on the front and rear of the synthetic resin sheet. It is the basic characteristic in technical configuration.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

2 is a cross-sectional view showing a bulb bag for roasting bulbous crop of the present invention and Figure 3 is a partially enlarged cross-sectional view showing the configuration of the synthetic resin sheet constituting the bulb bag for roasting bulbous crop of the present invention.

First, the packaging bag for roasting bulbous crops according to the present invention is printed on the bottom surface of the breathable outer layer synthetic resin film 110, as shown in Figures 2 to 3 and then coated the bioceramic liquid 105 and The other surface layer of synthetic resin film 120 is further laminated on the coating surface and then laminated and laminated to bond the two edges at the same time by folding the middle part of the finished synthetic resin sheet 100 by thermal fusion. The vinyl zipper 130 is attached to an open portion of the upper portion, and a plurality of water vapor discharge holes 140 are formed on the front and rear surfaces of the synthetic resin sheet 100.

The breathable outer layer synthetic resin film 110 is a nylon film 111, polystyrene terephthalate film 112, orientated polypropylene film 113, Chloride polypropylene film 114 in order The laminated and laminated composition is formed and a printed layer 116 on which the advertisement is printed is formed on the back side of the polypropylene film 114. Then, the bioceramic liquid 115 is applied and coated.

In addition, the coating layer of the bioceramic liquid 115 is laminated with a highly breathable inner layer synthetic resin film 120 is laminated, this inner layer synthetic resin film 120 is a linear low density polyethylene film 121, Chloride The laminated polystyrene film 122, the chlorinated surviving rubber film 123, and the chlorinated polyflourline film 124 are sequentially stacked and laminated, and finally, the synthetic resin sheet 100 is finally completed.

Here, the packaging bag 10 is a nylon film 111 having excellent storage and anti-oxidation as an outer surface, the inner surface is composed of a heat-resistant synthetic resin film such as a polychlorinated polyfloor film 124 that is resistant to heat, By suppressing the production and release of environmental hormones that can be generated so as not to affect the crops of bulbs packaged in the packaging bag (10).

In addition, the food packaged in the packaging bag 10 is not limited to the bulbous crops, so that it can be applied to edible crops such as corn, banks and peanuts.

The packaging bag 10 was made of a synthetic resin sheet 100 so that consumers can directly check the edible crop packaged, the print layer 116 is the outer layer synthetic resin film 110 and the inner layer synthetic resin film 120 By forming between them, the printed material is prevented from touching or discoloring.

Furthermore, the steam discharge hole 140 of the packaging bag 10 selectively applies the number according to the different moisture content of the edible crop to be packaged, so that only a proper amount of water evaporated by heat can be discharged. By preserving the natural aroma of the edible crop to the maximum while the edible crop is heated by a microwave oven to prevent the packaging bag 10 from exploding as the internal air is expanded by the moisture contained in itself.

Referring to the operation of the present invention is as follows.

First, after cutting the edible crops, including the neatly cleaned bulbous crops to an appropriate size, by opening the vinyl zipper 130 attached to the packaging bag 10 to contain the edible crops to meet the distribution standards.

Thereafter, the vinyl zipper 130 of the packaging bag 10 is sealed, and then the packaging bag 10 is discharged to flow.

When the consumer purchases the packaging bag for bulbous crop crops 10, the packaging bag 10 is put into a microwave oven as it is without heating or washing the contents separately and heated for a predetermined time.

These edible crops absorb the electromagnetic energy of the microwave oven and are gradually heated to discharge moisture contained therein, and a certain amount of moisture is discharged to the outside through the steam discharge hole 140 inside the packaging bag, and the edible crop has its own. Baking while preserving the natural aroma as much as possible to prevent the edible crops stick to the packaging bag (10).

Edible crops are cooked as described above open the vinyl zipper 130 of the packaging bag 10, and then take out the food crop, the consumer can eat it, and the leftover food crop is always in the packaging bag (10) Put it back into the microwave to keep food crops warm.

And. Through one packaging bag 10 can be cooked while importing and exporting several kinds of bulbous crops and a large amount of bulbous crops many times, thereby improving the recycling side of the packaging bag 10.

As described above, the packaging bag for roasting bulbous crops of the present invention is nylon film 111, polystyrene terephthalate film 112, orientated polypropylene film 113, polychlorinated polypropylene film 114 By sequentially stacking to form a printing layer 116 on which the advertisements were printed on the back of the polypropylene film 114, and then coated by coating the bioceramic fluid 115 and coating the linear low density polyethylene on the coated surface. Synthetic resin sheet 100 laminated by laminating film 121, chlorinated polystyrene film 122, chlorinated foam rubber film 123, and chlorinated polyflour film 124 in turn. ) Is finally finished, and the upper part formed at the same time by bonding both edges by heat fusion in the folded state of the middle portion of the synthetic resin sheet 100 so that the nylon film 111 is disposed on the outer surface Attached to the vinyl zipper 130, and formed by forming a plurality of water vapor discharge holes 140 in the front and rear of the synthetic resin sheet 100 can be stored fresh food for a long time and packed in a microwave oven It can be cooked as it is and has the effect of improving convenience, safe hygiene, and selling promptness for product distribution.

Claims (1)

The nylon film 111, the polystyrene terephthalate film 112, the orientated polypropylene film 113, and the chlorided polypropylene film 114 are sequentially laminated to the chlorided polypropylene film 114. After forming the printed layer 116 printed advertising on the back of the bioceramic liquid 115 is applied and coated on the linear low density polyethylene film 121, Chloride polystyrene film 122 on the coating surface ), The laminated surplus rubber film 123 and the laminated polyflourline film 124 are sequentially laminated, and finally the laminated synthetic resin sheet 100 is finished, and the nylon film 111 has an outer surface. Fold the middle part of the synthetic resin sheet 100 so as to be folded, and attach the vinyl zipper 130 to the open portion of the upper portion formed at the same time as bonding the both edges by heat fusion and the front of the synthetic resin sheet 100 Packaging bag for roasting bulbous crops, characterized in that to form a plurality of steam discharge holes 140 on the back and back.