JP3142009U - Dice shape Saijo package. - Google Patents

Abstract

[Problem] When eating a rice cake, which is a fruit in summer, it is possible to eat and eat a die-shaped rice cake made of only pulp throughout the year, and there is no restriction on the place to eat, and only a few are discarded. A die-shaped Saijo package that is easy to eat, is hygienic, and can maintain quality over a long period of time.
A Saiban package comprising a plurality of dice-shaped Saiban, comprising a barrier plastic layer and at least an inner layer film formed of a transparent plastic laminated film made of a heat-sealable material. A die-shaped Saijo package characterized in that it is a cylindrical or square package, and nitrogen gas is sealed in the package in a state where a water column is pressurized at 10-50 mm from atmospheric pressure or atmospheric pressure.
[Selection] Figure 3

Description

  The present invention relates to a package containing a dice-shaped rice cake, and more particularly to a die-shaped rice cake package that is easy to eat, is hygienic, and can maintain quality such as shape and taste over a long period of time.

  The fruits of Saijo are rich in juice, contain a lot of sugar and carotene, have a sharp texture, and are characterized by the increase in β-fructose, which is sweet when chilled. Delicious way to eat. However, Saijo is harvested from May to August, and some facilities are cultivated throughout the year. Moreover, even if it is kept cold or frozen and stored at any time, it is inefficient in volume to store it in a refrigerator or freezer because the fruit is spherical and large. Furthermore, there were many inconveniences about eating Saijo at any time, for example, the peel was very thick and the discard rate of the peel was about 40%.

For the above-mentioned reasons, a food consisting only of the fruit and juice of Saijo, which can be eaten at any time of the year and does not require labor and time for cooking, has been desired. A patent application was filed for the production method (Reference 1).
JP 2007-325502 A ([0005], [0008], [0009])

  In this prior art, after the die-shaped pulp obtained by cutting from Saijo is chilled in sugar syrup, etc., it is processed into canned, bottled, and retort-packed for storage, making it portable and storable. In addition to being excellent, it was characterized by being able to eat as easily as raw food at any time regardless of the season. However, since syrup pickles are used for preserving the die-shaped Saijo, there is no freedom in selecting containers in terms of preventing liquid leakage, and there is weight because of the presence of syrup liquid, making it difficult to carry. It was.

  The present invention can be used to eat dice-shaped rice cake made of pulp only throughout the year when eating the rice cake, which is a fruit of the summer season. The purpose of the present invention is to provide a die-shaped Saijo package that is easy to eat, is hygienic and has excellent portability, and can maintain its shape and taste quality over a long period of time.

  In order to achieve the above object, a die-shaped Saiban package according to claim 1 of the present invention is a die-shaped Saiban package containing a plurality of die-shaped Saiban, and the die-shaped Saiban is not collapsed. A transparent plastic cylindrical or rectangular package having a certain degree of rigidity, and nitrogen gas is sealed in the package.

  By adopting this configuration, it is easy to handle such as transporting without crushing the stored die-shaped rice cake, and the fresh die-shaped rice cake can be seen with the naked eye, so the texture can be recalled. . In addition, the nitrogen gas enclosed in the package makes it possible to oxidize the food components of the die-shaped Saijo, that is, to prevent spoilage and fermentation and to prevent vitamin C loss. Since it is possible to suppress the growth, the quality of the die-shaped Saijo can be maintained, and the storability and preservability can be improved not only at a low temperature but also at a normal temperature. In the same way, it is lighter than the syrup pickles for maintaining the quality, there is no risk of liquid leakage, and the die-shaped Saijo package according to the present invention is easy to manufacture and easy to handle. Moreover, the die-shaped Saijo according to claim 1 can be manufactured by peeling the fruit skin from the Saijo fruit and then cutting the Saijo flesh into a die. In addition, the shape of the die-shaped rice cake to be stored in the package is preferably an assembly in which the die-shaped rice cake is arranged in an orderly manner.

  Moreover, the die-shaped Saiban wrapping body according to claim 2 is a die-shaped Saiban wrapping body containing a plurality of die-shaped Saiban packs, which has a barrier layer and at least the inner layer film can be heat-sealed. A cylindrical or rectangular package formed of a transparent plastic laminated film, and nitrogen gas is enclosed in the package in a state where the water column is pressurized from atmospheric pressure or atmospheric pressure by 10 to 50 mm. It is characterized by that. Moreover, the die-shaped Saijo package according to claim 3 is the die-shaped Saijo package according to Claim 2, wherein the laminated film is an outer layer film of a stretched polypropylene film or a polyester film, and a polyvinylidene chloride coat. A barrier layer and an inner layer film of an unstretched polypropylene film are sequentially laminated.

  By adopting these configurations, since the flexible laminated film is used and the nitrogen gas is sealed at atmospheric pressure or slightly pressurized, the package body exhibits an elastic expansion body, for example, a cylinder It can be made into an expanded body having a shape or a square shape, and handling such as transportation is easy without crushing the die-shaped ridge. Moreover, since the fresh die-shaped Saijo can be seen with the naked eye, it is possible to recall a texture. In addition, the nitrogen gas enclosed in the package makes it possible to oxidize the food components of the die-shaped Saijo, that is, to prevent spoilage and fermentation and to prevent vitamin C loss. Since it is possible to suppress the growth, the quality of the die-shaped Saijo can be maintained, and the storability and preservability can be improved not only at a low temperature but also at a normal temperature. In addition, the die-shaped Saijo according to claim 2 can be produced by peeling the fruit skin from the Saijo fruit and then cutting the Saijo flesh into a die. In addition, the shape of the die-shaped rice cake to be stored in the package is preferably an assembly in which the die-shaped rice cake is arranged in an orderly manner.

  The laminated film is made of stretched polypropylene or stretched polyester with a high tensile strength and elongation as an outer layer film, unstretched polypropylene with good heat sealability as an inner layer film, and further a polyvinylidene chloride coat with low gas permeability and moisture permeability. It is a laminate film applied between the inner layer and the outer layer. Since this laminated film has heat-sealing properties, the package body containing the die-shaped rice cake can be reliably sealed by heat sealing. In addition, since the laminated film is rich in shape flexibility and can form a flexible package, it can be maintained and stored without damaging the shape of the internal die shape.

  In addition, a plurality of dice-shaped seiban stored in the dies-shaped saiban package are separated from the outside air by a laminated film sandwiching a barrier layer made of a polyvinylidene chloride coat having a low gas permeability, and nitrogen. Since the gas can be maintained in a sealed state, the taste can be maintained by preventing the drying of the die-shaped watermelon, and the invasion of microorganisms such as mold and bacteria from the outside air can be prevented, so there is no risk of spoilage and hygiene. It is. In addition, the package itself has little temperature dependency, and the die-shaped Saiban package can sufficiently withstand storage at a low temperature (0 to 3 ° C.), so that the die-shaped Saiban can be refrigerated for a long time. In addition, since the thickness of the laminated film used for the die-shaped Saijo package is on the order of several tens of microns, even if the empty package is discarded after eating the die-shaped Saijo, it is discarded as flammable garbage without being bulky. It's easy to do. Therefore, it is easy to bring it outdoors and in a vehicle, and it is easy to clean up after eating, and it is hygienic.

    According to the die-shaped Saijo package according to claims 1 to 3 of the present invention, it is a package in which nitrogen gas is sealed and the die-shaped Saijo is stored, and the package has excellent airtightness and light shielding properties. In addition, since it can suppress the generation and growth of microorganisms without causing deterioration in quality such as texture, the ingredients of the die shape Saijo, it is hygienic by preventing spoilage and malodor fermentation, and only for a short period of time It can be refrigerated for a long time. Moreover, when refrigerated, the weight of the package itself is smaller than that of the die-shaped Saijo, so the refrigeration effect is great. In addition, since a transparent and transparent laminated film is used for the die-shaped Saijo package, as a collection of vermilion die-shaped Saijo that is stored, the overall visual impression is good, and the color is reflected in the texture, Can improve aesthetics and increase appetite. In addition, because it is a cooked fruit that contains only the die-shaped Saijo flesh, it can be eaten easily anywhere, and the packaging to be discarded is a small amount and is combustible garbage. It is easy to dispose of, not costly, and is hygienic without worrying about corruption.

  BEST MODE FOR CARRYING OUT THE INVENTION The best embodiment of a die-shaped Saijo package according to the present invention will be described with reference to the drawings. FIG. 1 is a view showing the best embodiment of a die-shaped Saijo package according to the present invention, and FIG. 1 (a) is an overall perspective view of a transparent plastic package housing a die-shaped Saijo in an orderly assembly. (B) is an AA arrow sectional view of (a). FIG. 2 is a diagram showing the best embodiment of the die-shaped Saiban package according to the present invention, in which (a) is an overall perspective view of a transparent plastic packaging body housed in an assembly that does not have the die-shaped Saiban package. (B) is an AA arrow sectional view of (a). FIG. 3 is a view showing another preferred embodiment of the die-shaped Saiban package according to the present invention, in which (a) is a packaging of a transparent plastic laminated film stored in an assembly that does not have the die-shaped Saiban package. The whole body perspective view, (b) is AA arrow sectional drawing of (a).

  As shown in FIG. 1, a die-shaped Saijo package 1 according to the present invention is a package in which a plurality of dice-shaped Saiban 10 are arranged in an orderly manner in a transparent plastic package 2. In addition, the package body 2 has a rigidity that does not cause the die-shaped ridges to be crushed, and the shape of the package body 2 is a box shape, but may be a cylindrical shape. Further, one end portion of the package 2 is heat sealed to form a heat seal portion 4 and sealed with nitrogen gas. Further, a serrated end portion 5 is formed at the front end portion of the heat seal portion 4. It is easy to open when eating. FIG. 2 shows a case where a plurality of dice-shaped rice cakes 10 are stored in a transparent plastic packaging body 2 as an aggregate that is not orderly arranged.

  As shown in FIG. 2a, another die-shaped Saiban wrapping body 1 according to the present invention includes a plurality of transparent plastic laminated films 3 formed in a square shape (or cylindrical shape). Dies-shaped seizures 10 are stored in an assembly that is not aligned, and both ends of the package 2 are heat-sealed to form a heat-sealing portion 4 that is sealed with nitrogen gas, and further heated. A serrated end portion 5 is formed at the tip of the seal portion 4. In this case, the appearance of the die-shaped seizure 10 stored in the package 2 is better in the appearance of the assembly in which the die-shaped seizures 10 are arranged in an orderly manner. Moreover, since the cross-sectional shape of the die-shaped Saiban wrapping body 1 keeps the inside of the die-shaped Saiban wrapping body 1 sealed with nitrogen gas at atmospheric pressure or 10-50 mm water pressure from atmospheric pressure, FIG. As shown, it is characterized by the shape of an elastic expanding body.

  The laminated film 3 has stretched polypropylene and stretched polyester with high tensile strength and elongation as the outer layer film 3-1, unstretched polypropylene with good heat sealability as the inner layer film 3-3, and gas permeability and moisture permeability. A laminated film in which a small polyvinylidene chloride-coated barrier layer 3-2 is applied between an inner layer and an outer layer, and its thickness ranges from 40 to 80 μm. Since the laminated film 3 has heat-sealing properties, the heat-sealing portions 4 are provided at both ends of the die-shaped Saijo wrapping body 1 by heat sealing, and the wrapping body 2 can be reliably sealed by sealing with nitrogen gas. Moreover, by forming the outer end of the heat seal part 4 in the serrated end part 5, it is possible to tear the package 2 and easily take out the inside die-shaped ridges 10. Furthermore, although not shown in the drawings, a tear yarn is joined to the peripheral portion of the package body 2 in the axial direction, thereby pulling the tear yarn to peel off the die-shaped rice cake package 1 so that the die-shaped rice cake 10 can be easily taken out. You can also

  Since the laminated film 3 is rich in shape flexibility and can form a flexible packaging body 2, it can be maintained and stored without damaging the shape of the plurality of die-shaped Saijo 10 inside, and can be stored in a container. Also when preserve | saving, there exists the characteristic which is easy to accommodate the die-shaped Saiban 10. By the laminated film 3 sandwiching the barrier layer 3-2 made of a polyvinylidene chloride coating having a low gas permeability, the plurality of dice-shaped rice cakes 10 housed in the die-shaped rice cake package 1 are blocked from the outside air, Since the gas can be maintained in a sealed state, the taste can be maintained by preventing the drying of the die-shaped Saijo 10 itself, and the invasion of microorganisms such as mold and bacteria from the outside air can be prevented. Hygienic. Moreover, since the package 2 itself is less dependent on temperature and the die-shaped Saijo package 1 can withstand storage at low temperatures (0 to 3 ° C.), the die-shaped Saijo 10 can be refrigerated for a long time. It becomes. In addition, when the laminated film 3 colored vermilion or brown is used, the external light can be shielded, so that the vitamin component of the die-shaped Saijo 10 can be prevented from degrading and the quality can be maintained over a long period of time. Is possible.

Preventing oxidation of food components of the die-shaped Saijo 10 in the package 2, that is, oxidation of carotene and loss of vitamin C, by making a gas replacement packaging in which nitrogen gas is sealed inside the die-shaped Saijo package 1 In addition, even if microorganisms get mixed in, it is possible to prevent spoilage and malodorous fermentation by suppressing their growth, maintain the quality of the dice-shaped Saijo 10 as a health food, and improve the storability be able to.

  In addition, since the laminated film 3 used for the die-shaped Saijo package 1 is of the order of several tens of microns, even when the empty package 2 is discarded after eating the die-shaped Saijo 10, it is not bulky and is combustible. It is easy to dispose as sexual waste. Therefore, it is easy to bring it outdoors and in a vehicle, and it is easy to clean up after eating, and it is hygienic.

  As described above, the die-shaped Saiban wrapping body 1 according to the present invention accommodates a die-shaped Saiban 10 that has been cooked inside, i.e., has no fruit skin, and the packaging body 2 is completely open to the outside air. Since it is composed of a laminated film 3 having a gas barrier property in a state in which nitrogen gas is sealed, it can be sanitary as a dessert food or as a diuretic health food. It has the characteristics that it is excellent in preventing quality deterioration and can be stored at room temperature or refrigerated for a long time. In addition, the die-shaped Saiban wrapping body 1 has a flexible shape and elasticity, and further has the ease of taking out the die-shaped Saiban 10 as the contents, so it has excellent transportability and portability, Since it is the cooked die-shaped Saijo 10, it has the features that it is easy to eat everywhere, and the amount of discarded used packaging 2 is small and easy. In addition, the shape of the die-shaped Saijo 10 stored in the package 2 may look better in a well-organized assembly, but it is neatly arranged in terms of ease of storage and increased nitrogen gas space to be enclosed. It may be an aggregate with no shape.

  The die-shaped Saijo package 1 according to claim 1 of the present invention can be performed by the following method. A transparent plastic square package 2 is extruded, and then a laminated film tube is placed on one end of the package 2 and thermally bonded to form a heat seal portion 4 and a squeezed portion. Body 2 is made. Next, a predetermined number of cooked dice-shaped rice cakes 10 are charged at once as an assembly in an orderly manner through the opening of the heat seal portion 4 of the package 2 (in the form of FIG. 1) or in a non-uniform shape. Are assembled separately or all at once (the embodiment shown in FIG. 2). After charging, a vacuum suction pipe is inserted from the top of the package 2 and deaerated, and then nitrogen gas is replaced with gas inside the package 2 with the air supply pipe, and the nitrogen gas is kept sealed. In this case, it is also possible to perform nitrogen gas replacement by supplying nitrogen gas from the bottom of the package body 2 with an air supply pipe and driving out air. Next, after heat sealing the upper part of the package 2 to form the heat seal part 4 at the upper end, the serrated end part 5 is formed on the upper end side of the heat seal part 4, and one die-shaped Saijo package 1 is formed. Can be manufactured. The above-described manufacturing method is an example of a basic manufacturing method, and is not limited to this method. In addition, the die-shaped Saijo 10 according to the present invention can be manufactured by peeling the fruit skin from the Saijo fruit and then cutting the Saijo flesh into a die.

  Manufacture of the die-shaped Saijo package 1 which concerns on Claim 2, 3 of this invention can be performed with the following method. First, a cylindrical laminate in which stretched polypropylene or stretched polyester is laminated with an outer layer film 3-1, a polyvinylidene chloride-coated barrier layer 3-2, and an unstretched polypropylene with good heat sealability and an inner layer film 3-3. A film 3 is prepared. Further, if the laminated film 3 is colorless and transparent, the vermilion-shaped die-shaped Saijo 10 is reflected to improve the texture, and if it is a colored film, it has a light-shielding property and contributes to prevention of quality deterioration. Both can be selected as appropriate. Moreover, when attaching the tear yarn 6, it is desirable to carry out according to manufacture of the laminated | multilayer film 3. FIG. The laminated film 3 may be a commercial product as long as the specifications are met.

  When manufacturing the above-mentioned die-shaped Saijo package 1, the tube of the laminated film 3 is fed into a cylindrical support frame (not shown) of the same type installed in the vertical axis direction, and then sucked from the outer peripheral direction of the tube. The cylindrical package 2 is molded and the shape is maintained. Next, a portion corresponding to the lower end of the package 2 is heat-sealed at the lower part of the support frame to form the heat-seal portion 4 at the lower end. Next, a predetermined number of cooked dice-shaped rice cakes 10 are charged through the upper opening of the package 2 from above. After charging, a vacuum suction pipe is inserted from the top of the packaging body 2 and deaerated, and then nitrogen gas is replaced with gas inside the packaging body 2 by an air supply pipe. Pressurize 50 mm water column and keep sealed. In this case, it is also possible to perform nitrogen gas replacement by supplying nitrogen gas from the bottom of the package body 2 with an air supply pipe and driving out air. Next, after the upper part of the package 2 is heat sealed to form the upper heat seal part 4, the package 2 is pulled up so that the serrated end 5 is formed below the lower heat seal part 4. Separately, one die-shaped Saijo package 1 is manufactured. Thereby, the serrated end 5 can be provided at both ends. By repeating this process, the die-shaped Saijo package 1 can be manufactured. The above-described manufacturing method is an example of a basic manufacturing method, and is not limited to this method. In addition, the die-shaped Saijo 10 according to the present invention can be manufactured by peeling the fruit skin from the Saijo fruit and then cutting the Saijo flesh into a die.

  It can be applied to a packaged food that has excellent portability and storage stability.

These are the figures which show the best embodiment of the die-shaped Saiban wrapping body concerning this invention, Comprising: (a) is the whole perspective view of the transparent plastic packaging body which accommodated the die-shaped Saijo in the orderly assembly, b) is a cross-sectional view taken along line AA in FIG. BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the best embodiment of the dice-shaped Saiban package which concerns on this invention, Comprising: (a) is the whole perspective view of the transparent plastic packaging body accommodated by the aggregate | assembly which does not arrange die-shaped Saiban, (b). [FIG. 4] It is AA arrow sectional drawing of (a). It is a figure which shows another best embodiment of the die-shaped Saiban wrapping body concerning this invention, Comprising: (a) is the whole perspective view of the packaging body of the transparent plastic laminated film which accommodated by the aggregate | assembly which does not arrange the die-shaped Saiban. FIG. 4B is a cross-sectional view taken along line AA in FIG.

Explanation of symbols

1: Dice-shaped Saijo package 2: Package 3: Laminated film 3-1: Outer layer film 3-2: Barrier layer 3-3: Inner layer film
4: Heat seal part 5: Sawtooth end
10: Dice shape Saijo

Claims (3)

  A package made from a plurality of dice-shaped paddles, which is a transparent plastic cylindrical or square-shaped package having rigidity sufficient to prevent the die-shaped paddles from being crushed, and in the package A die-shaped Saijo package characterized by enclosing nitrogen gas.   Cylindrical packaging body containing a plurality of dice-shaped rice cakes, having a barrier layer and at least an inner layer film formed of a transparent plastic laminated film made of a heat-sealable material or a square shape or corner A die-shaped Saijo package, which is a package having a shape, and nitrogen gas is sealed in the package in a state in which a water column of 10 to 50 mm is pressurized from atmospheric pressure or atmospheric pressure.   The laminated film has a configuration in which an outer layer film of a stretched polypropylene film or a polyester film, a barrier layer of polyvinylidene chloride coat, and an inner layer film of an unstretched polypropylene film are sequentially laminated. 2. The die-shaped Saijo package according to 2.

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