RU121798U1 - CARTON KIT FOR PACKING OF ESCIMO ICE CREAM ON A STICK - Google Patents

Abstract

1. The set of cardboard for packing ice cream popsicle on a stick is characterized by the implementation in the form of a parallelepiped, repeating the shape of ice cream, made of cardboard, protected from sticking on the inside, and composed of an elongated upper part of the packaging set and a short lower part, while the inner perimeter of the lower part provides the possibility of its tight fit on the upper part from the side of its open end to the height of the side edges of the lower part to the bottom, and in the bottom there is a longitudinal cut for an ice cream stick. ! 2. A set according to claim 1, characterized in that it is a laminated cardboard with an inner coating of polypropylene film as the cardboard. ! 3. The kit according to claims 1 and 2, characterized in that in the phase of the disassembled upper part of the kit, from the side of its open part, at a height equal to the height of the lower part of the kit, a line of weakened strength is made around the perimeter, and in one of its lateral faces , from the line of weakened strength and partly in the upper side lock adjacent to this side edge, a removable vertical flap is made, also distinguished along the contour by a line of weakened strength, with the possibility of opening its part made in the upper side flap when assembling the upper part of the package. ! 4. A set according to claims 1 and 2, characterized in that the line of weakened strength along the perimeter of the upper part of the package is made with fine perforations, and along the contour of the removable valve - with large perforations. ! 5. The kit according to claim 1, characterized in that grooves are pressed along the assembly lines.

Description

The utility model relates to the field of means for packaging ready-to-eat foods, namely for packaging for popsicle ice cream on a rectangular stick.

From the previous technical level known packaging ice cream rectangular popsicle on a stick, made of paper and parchment [http://markaft.ru/assort/html]. Packaging meets environmental requirements, but is inconvenient to use.

Briquette-shaped ice cream packaging is also known. The packaging is made of parchment and a rectangular cardboard shell, which is dressed on a parchment shell [http://markaft.ru/assort/html]. The cardboard shell allows you to maintain the original shape of the ice cream, provides an attractive design, but complicates the operation process.

Known cardboard packaging for ice cream (cake rolls) made of cellulose cardboard with a density of about 280-300 g / m ³ having a special layer capable of withstanding shock freezing up to -45 C ° and long-term storage conditions at -24 C °. Such cardboard may be allowed to come into direct contact with food, i.e. the product can be packaged without additional protective film. The design of the cardboard box for ice cream is assembled according to the marking and made in the form of a parallelepiped with one end valve through which the ice cream of the cake-roll is packed and with an automatic bottom [http: //www.upak.-dm/ru/produkt/p11.html] .

A known set for packaging rectangular ice cream “ice cream made of cream”, in the form of a horizontally oriented box, consisting of upper and lower parts. When packing, ice cream is placed in the lower part of the set and closed with the upper part, the side faces of which reach the bottom of the package. When using the upper part, which acts as a lid, is removed and access to ice cream is opened. To eliminate the absorption of moisture into the cardboard and prevent it from getting wet, the packaging inside is covered with a special layer [http: //www.upak.-dm/ru/produkt/p11.html].

The use of ice cream in known packaging as a cardboard material is a modern trend and is due to its environmental safety and hygiene. Moreover, often the shape of the package is determined by the shape of the ice cream.

In the known technical level in terms of the set of essential features and the problem to be solved, the closest analogue was not found.

The task of creating a utility model is to expand the arsenal of well-known popsicle ice cream packaging on a stick.

The technical results that can be obtained using the claimed utility model are

- the implementation of the appointment of a cardboard box for packing popsicle ice cream on a stick;

- improving usability;

- preservation of the form of packaging and product in open banknotes of outlets;

- protection against getting melted ice cream on your fingers.

The solution of this problem and the achievement of the above technical results became possible due to the fact that the cardboard set for packing popsicle ice cream on a stick is characterized by a parallelepiped, repeating the shape of ice cream, made of cardboard, which is protected from sticking from the inside, and made up of the elongated top of the package and a short lower part, while the inner perimeter of the lower part allows it to fit snugly on the upper part from its open to gloss to the height of the lateral faces of the bottom portion to the bottom, and is formed in the bottom longitudinal crosscuts for ice cream sticks.

In special cases, the performance in the inventive kit as a cardboard used laminated cardboard with an inner coating of polypropylene film, in the phase of the disassembled upper part of the set, from the side of its open part, at a height equal to the height of the lower part of the set, a line of weakened strength is made along the perimeter, and in one of its lateral faces, from the line of weakened strength and partially in the upper side lock adjacent to this lateral edge, a removable vertical valve is made, also loosened along the contour by a line ennoy strength with the possibility of opening part formed in the upper side seals in the assembly of the upper portion of the package. The line of weakened strength along the perimeter of the upper part of the packaging set is made by small perforation, and along the contour of the removable valve, by large perforation, and grooves are pressed along the assembly lines of the set.

The inventive utility model is illustrated by the following figures:

Figure 1. The figure shows a set of empty carton packaging for rectangular popsicle ice cream in the assembled state: upper part, lower part. General form. Axonometry

Figure 2. The figure shows from the bottom side a set of empty carton packaging for rectangular popsicle ice cream in an assembled state: upper part, lower part, bottom, longitudinal cut for an ice cream stick. Axonometry

Figure 3. The figure shows from the bottom side a disassembled carton for rectangular popsicle ice cream: top, bottom, bottom, longitudinal incision for sticks. Axonometry

Figure 4. The figure shows a set of open cardboard packaging for a rectangular popsicle ice cream with ice cream: top, bottom, ice cream, ice cream stick.

Figure 5. The figure shows the upper part of the cardboard packaging for popsicle ice cream on a stick in the assembly phase: line of weakened perimeter strength; side face of the upper part of the kit; upper side lock, removable valve, perforation along the contour of the removable valve.

6. The figure shows an assembled carton package for popsicle ice cream on a stick in assembled form: the upper part, the lower part, the side face of the upper part of the kit, the removable valve, the protruding part of the removable valve that projects upward.

The inventive packaging for popsicle ice cream has the shape of a rectangular parallelepiped, repeating the shape of the product. The parallelepiped is composed of an elongated upper part 1 of the packaging set and a short lower part 2 (Fig. 1). The inner perimeter of the lower part 2 allows it to fit snugly on the upper part 1 from the side of its open end to the height of the side faces 3 of the lower part 2 to its bottom 4 (figure 2). In the bottom 4, perpendicular to the vertical axis of symmetry (not shown in FIG.) Of the ice cream 5 (FIG. 4), a longitudinal cut 6 (FIGS. 2, 3, 4) was made for the ice cream stick 7 (FIG. 4). The height of the upper part 1 of the package is equal to the height of the ice cream 5.

As a material for the claimed packaging set, cardboard was used, which is protected from sticking from the inside, due to its environmental safety and hygiene, as well as the ability to protect the product in the package. In a particular example of execution, in order to eliminate the sticking of an ice cream product 5, laminated cardboard coated inside with a polypropylene film (not shown) is used as a material.

In the phase of the disassembled upper part of the set, from the side of its open part, at a height equal to the height of the lower part of the set, a line of weakened strength 8 is made along the perimeter (Fig. 5). In one of its side faces 9 (Fig. 5), from the line of weakened strength 8, and partially in the upper side lock 10 adjacent to this side face 9 (Fig. 5), a removable vertical valve 11 (Fig. 5) is also made selected along the contour with a line of weakened strength 12 (Fig.5, 6) with the possibility of opening its part 13 (Fig.5, 6), made in the upper side lock 10 when assembling the upper part 1 of the packaging set (Fig.6).

The claimed packaging is collected along the corresponding lines of weakened strength - pressed grooves (not shown in Fig.). In this case, the upper part 1 and the lower part 2 are collected. After the ice cream 5 leaves the quenching cabinet, it is lowered, holding on to the stick 7, inside the upper part 1, repeating its shape. Then, holding onto the upper part 1 of the package, put on the lower part 2, passing the stick 7 through a longitudinal cut 6 in its bottom 4.

When opening the package, the consumer first removes the upper part 1, and the lower part 2 is left as a drive to prevent hand contamination from melted ice cream.

To facilitate the removal of the upper part 1 from ice cream 5, a removable valve 11 is removed for the protruding part 13, located on the side face 9, completely tearing it off along the line of weakened strength 12, and also weaken the pressing of the upper part 1 of the body to the ice cream 5, tearing it along the weakened line strength 8, made around the perimeter.

The industrial applicability of the claimed utility model is shown by examples of the specific application of a cardboard package for packing popsicle ice cream on a stick.

Example 1

The cardboard set for packing popsicle ice cream of a rectangular shape on a stick is made up of two parts and has the shape of a parallelepiped. As the material selected cardboard with a coating of the inner surface with a protective layer. The height of the top of the package is 106 mm, the height of the bottom of the package is 20 mm. The width of the wide edge of the upper part of the kit is 55 mm, the narrow edge is 24 mm. The width of the wide edge of the bottom of the kit is 56 mm, the narrow edge is 24 mm. The mass of ice cream is 65 g. Ice cream after exiting the quenching cabinet is packed in the inventive package, passing the stick through a cut, made in the form of a stretched letter "H" at the bottom of the bottom.

Ice cream during long-term storage and transportation retains its original shape and organoleptic qualities. When used, it conveniently opens and does not get your hands dirty.

Example 2

The cardboard set for packing popsicle ice cream on a stick is made up of two parts and has the shape of a parallelepiped. The material used was laminated cardboard with an inner coating of polypropylene film. The height of the top of the kit is 106 mm, the height of the bottom of the package is 20 mm. The width of the wide edge of the upper part of the kit is 55 mm, the narrow edge is 24 mm. The width of the wide face of the bottom of the kit is 56 mm, the width of the narrow face is 24 mm. The line of weakened strength along the perimeter of the upper part is made perpendicular to the vertical axis of symmetry of the product with not deep perforation at a height of 20 mm from the open end. The mass of ice cream is 65 g. In one of the side faces of the upper part of the set, from the line of weakened strength along the perimeter and partially in the upper side lock adjacent to this side face, a removable vertical valve is made, also highlighted along the contour with a line of weakened strength, only with large perforations. The total height of the removable valve is 90 mm, the width of the removable valve is 8 mm and the height of the protruding part of the removable valve is 5 mm. Ice cream after exiting the quenching cabinet is packaged in the inventive kit, passing the stick through a longitudinal slot in the bottom of the lower part, made in the form of a horizontally stretched letter "H".

Ice cream during long-term storage and transportation retains its original shape and organoleptic qualities. When used, it is conveniently opened by first removing the removable valve by its protruding end and loosening the upper part of the kit against the ice cream body, tearing it along the line of weakened strength along the perimeter of the upper part. The lower part of the kit protects from getting melted ice cream on the fingers when using the product.

As can be seen from the above examples, the claimed combination of essential features of the utility model allows to realize its functional purpose, expands the arsenal of ice cream packages on a stick, is environmentally friendly and improves usability, maintains the shape of the package and product in the open banners of retail outlets and protects it from melted ice cream on the fingers.

Claims (5)

1. The cardboard set for packing popsicle ice cream on a stick is characterized by a parallelepiped, repeating the shape of the ice cream, made of cardboard, which is protected on the inside from sticking, and composed of an elongated upper part of the packaging set and a short lower part, while the inner perimeter of the lower part provides the possibility of a tight fit on the upper part from the side of its open end to the height of the side faces of the lower part to the bottom, and in the bottom a longitudinal cut was made for the ice cream stick. 2. The kit according to claim 1, characterized in that it uses cardboard laminated cardboard with an inner coating of polypropylene film. 3. The kit according to claims 1 and 2, characterized in that in the phase of the disassembled upper part of the kit, from the side of its open part, at a height equal to the height of the lower part of the kit, a line of weakened strength is made along the perimeter, and in one of its side faces , from the line of weakened strength and partially in the upper side lock adjacent to this side face, a removable vertical valve is made, also highlighted along the contour with a line of weakened strength with the possibility of opening its part, made in the upper side valve when assembling the upper part packages. 4. A kit according to claims 1 and 2, characterized in that the line of weakened strength along the perimeter of the upper part of the package is made by small perforation, and along the contour of the removable valve, by large perforation. 5. The kit according to claim 1, characterized in that grooves are pressed along the assembly lines of the kit.