JP3182071U - Paper hollow conical container - Google Patents

Abstract

A paper hollow conical container in which a large number of stacked paper hollow conical containers can be smoothly removed one by one, which can be easily removed during the stacking, and further the paper hollow conical container Is a container for storing food and the like, and provides a paper hollow conical container having no safety problem as a food container.
A paper hollow conical container 1 for storing food in a hollow interior, and the paper hollow conical container 1 having a dimple 2 shape on the surface of the paper hollow conical container 1.
[Selection] Figure 1

Description

  The present invention relates to a paper-made hollow conical container, more specifically, a paper-made hollow conical container for storing food or the like in a conical hollow, and a paper having an embossed outer periphery of the container The present invention relates to a hollow conical container.

Paper hollow conical containers are often used when food is stored and sold in the hollow.
In this case, for example, ice cream or confectionery is stored and then the conical opening is closed and stored and sealed, and the ice cream or confectionery is sold.
Furthermore, the outer peripheral surface of the container is printed or the like, and the surface is covered with a resin film.

In particular, the surface is smooth and has a good-looking surface.
For example, the appearance of a glossy outer surface having luster or the like is performed, and the appearance of the surface decoration is enhanced.
In order to suppress this shine, Japanese Patent Application Laid-Open No. 2003-205928 (Patent Document 1) also exists.

  Unlike hollow conical containers, there are cylindrical paper containers that have lids on the top and bottom of the cylindrical shape. It is preventing.

JP2003-205928

  As described above, in the case of a paper hollow cone-shaped container, the outer peripheral surface is provided with various designs such as figures and characters for decoration and content display, while the appearance of the surface decoration is improved. Thus, a resin sheet or the like is provided on the surface so as to have a shine or the like so that the display can be visually confirmed.

When a large number of hollow conical containers constructed in this way are stacked in the hollow part in sequence, a large number can be stacked, which is very convenient for storage and transportation, and is now widely used.
On the other hand, if they are stacked in this way, it is necessary to remove them one by one during use. Since the conical circumferential surfaces of the two members are in close contact with each other to form a storage state, the respective contact surfaces stick tightly and cannot be removed one by one.

In this case, the powder of corn starch is sprinkled between the conical containers to reduce the degree of adhesion and improve the sliding with the powder.
However, even if the corn starch powder is sprinkled with such a configuration, there is a case where a portion not covered with the powder inevitably comes out, and the container cannot be removed due to close contact with the portion.

Furthermore, this method requires a cornstarch powder and a sprinkling step.
Furthermore, it is necessary to remove the corn starch powder in the container during use.
Therefore, there is a need for some measure that can easily remove the stacked hollow cone container without using special corn starch powder.

  Regarding the ease of removal when stacking paper containers, a hollow container capable of stacking is not used with a special configuration for easy removal on its contact surface. In order to prevent shine on the surface of the container based on a resin sheet or the like, there is a certain degree of embossing on the cylindrical body surface, and there is a special configuration for facilitating removal during stacking. It was not.

Therefore, the invention according to claim 1 is a paper hollow conical container for storing foods in a hollow interior, comprising a paper hollow conical container in which the surface of the paper hollow conical container is configured in a dimple shape, The said subject can be solved by using the device which concerns.
Further, a paper hollow conical container in which the front and back surfaces of the paper hollow conical container are configured in a dimple shape as in the device according to claim 2 may be used.

  Among these, a paper hollow conical container in which the dimple shape of the paper hollow conical container is a fine dimple shape may be used as in the invention according to claim 3, and further, as in the invention according to claim 4. Alternatively, a paper hollow conical container in which the paper hollow conical container is formed of a multilayer of paper and a resin sheet or film may be used.

Since it comprised as mentioned above, first, by the device which concerns on Claim 1, when removing one by one at the time of stacking by the dimple on the surface of the paper hollow conical container, several layers are formed between the containers. , The frictional resistance can be greatly reduced, and smooth removal is possible.
Furthermore, the surface dimples also have a reflective effect that can reduce the shine on the surface of the container.

  Furthermore, since the device according to claim 2 has dimples on both sides of the container, the dimple surface and the dimple surface come into contact with each other, and it is possible to form several other air layers between them. The frictional resistance between the two can be further reduced greatly.

Further, according to the invention of claim 3, fine dimples are formed, and an air layer can be formed extensively in a large number of locations, and the container can be removed smoothly.
Moreover, since it is fine, it is possible to prevent foreign matters from being inadvertently mixed into the concave and convex portions of the dimple, and it is possible to provide a container that is superior in terms of hygiene.

  Further, even if the resin layer is formed on the front and back surfaces of the container according to the invention according to claim 4, an air layer based on dimples can be similarly formed between the containers. Easy to remove one by one.

The figure which shows an example of the paper-made hollow cone containers based on this invention Partially enlarged sectional view of a paper hollow conical container according to the present invention The figure which shows an example of the state which piled up the paper hollow conical containers which concern on this invention The figure which shows an example of the state which enclosed confectionery in the paper hollow conical container which concerns on this invention, and closed the opening part The figure which shows an example of the state which enclosed confectionery in the paper hollow cone container which concerns on this invention, and covered the opening part The figure which shows an example which inserted soft cream in the exterior body which used the cone for the paper hollow cone container based on this invention, and was mounted | worn with it.

FIG. 1 is a view showing an example of a paper hollow conical container according to the present invention.
As shown in the figure, the container basically has a hollow conical shape 1 and is a container for storing food in the hollow.
In particular, the container is made of paper. For example, it may of course be a multi-layered structure in which a resin layer is disposed on either the front or back surface or on both surfaces.

For example, it may be a laminated film, a sheet, a coated film, or a multilayered film.
Any material using at least a paper material may be used.
The food stored in the hollow is, for example, a container for storing ice cream or soft cream containing ice cream in the exterior of a cone, or various confectionery.

Accordingly, a large number of such containers are sequentially stacked in the hollow and stored, transported, etc. in a stacked state.
When foods are stored in such a container, the stacked containers are sequentially removed one by one and used.
At this time, those using a thermoplastic resin to form the paper container 1 in a conical shape on the inner surface of the container, and those who stuck a resin sheet or film on the outer surface are often used. It is what.

Therefore, at the time of the lamination, the containers are laminated in close contact with each other, and even when they are removed one by one, they stick firmly and become difficult to remove.
For this reason, conventionally, corn starch is sprinkled on the surface of the container to improve the slip characteristics and make it slippery.
Particularly in the food industry, the use of corn starch is frequently used for safety.

However, even when the corn starch is swung to enhance the sliding characteristics, it is difficult to shake the corn starch evenly, and bias may occur.
With this, the adhesion cannot be reduced in part, and it becomes difficult to remove.
In addition, material costs and equipment for spreading are inevitably required, resulting in increased costs.

Therefore, by forming the container itself 1 using an embossed paper material, the embossing 2 can form irregularities on all the front and back surfaces of the container 1, and the adhesion of the container can be significantly reduced.
That is, a container having an emboss 2 formed on one front and back surfaces of the container is used.
Therefore, even if the paper containers are removed one by one from the laminated state, they can be removed smoothly.

That is, a gap formed of an air layer can be formed evenly between the front and back surfaces of the stacked containers 1 in contact with each other, and by the presence of this air layer, adhesion can be eliminated and frictional resistance can be eliminated. It is possible to remove the paper containers one by one easily and surely.
In this embossing, it is most desirable to form a fine emboss 2.

Here, the embossing 2 may be one in which the paper material is sandwiched between, for example, rollers having unevenness to form unevenness, or the paper material is formed in unevenness by another method.
Of course, this paper material naturally includes a multi-layer paper material having a resin layer on the paper.
Or you may form an unevenness | corrugation in one side using a special ink.
In this figure, it has a seam for forming the paper hollow conical container and a gripping hand part for making the container easy to peel, and a perforation part.

FIG. 2 is an enlarged cross-sectional view of the paper container 1.
This figure is a diagram showing an example in which irregularities are formed on both sides of a paper material.
By configuring in this way, even when surfaces having similar uneven surfaces are laminated, ie, in contact with each other, an air pocket can be formed in each place, and since frictional resistance can be reduced as much as possible, it can be removed smoothly. Is.

In particular, the fine emboss 2 is optimal as the emboss 2.
The fine embossing 2 can bend to form air pockets at several other locations, making it difficult for the projections and depressions to mesh with each other and allowing the surfaces to move smoothly.
Furthermore, there is no possibility that dust or the like is inadvertently sandwiched between the uneven portions.

FIG. 3 is a view showing an example of a state in which one paper hollow conical container 1 located at the top is removed from a state where a large number of paper hollow conical containers 1 according to the present invention are stacked.
In this way, the paper hollow conical container 1 can be sequentially removed, and the necessary foods can be stored one by one from the stored state, and stored in a stacked state due to frictional resistance or the like. It is possible to prevent the removal of the paper hollow conical container from the state becoming difficult.

4 and FIG. 5 is a view showing an example of a state in which an ice cream, confectionery 3 or the like is accommodated in the paper hollow conical container 1 shown in FIG. 1 and the upper opening is closed.
FIG. 4 is a diagram showing an example of a state in which the confectionery 3 is enclosed in the paper hollow conical container 1 and the opening is closed by the closing portion 4, and FIG. 5 is a diagram showing the confectionery in the paper hollow conical container 1. 3 is a diagram showing an example of a state in which 3 is enclosed and the opening is covered by the closing part 4. FIG.

Further, FIG. 6 is a view showing an example in which the corn exterior body 5b of the soft cream 5a is inserted into the hollow of the paper hollow conical container 1 and attached.
As described above, the hollow cone container 1 made of paper is used in various states.
In particular, the container 1 itself is used when the container 1 is mounted or when confectionery or the like is enclosed in the hollow. Since the container 1 is originally used in a stacked state during storage and transportation, It is a device that can be removed one by one from the stacked state very easily and smoothly.

In addition, the dimple shape of the paper hollow conical container 1 shown in each drawing of the present invention is a fine dimple 2, and the dimples are not shown, but the dimple is provided on the front surface.
Further, the optimal form of the present invention is that the dimple processing is performed on the front and back surfaces, but not limited to this, the dimple shape may be applied to one surface of the front and back surfaces. May have a dimple shape on many surfaces, but a portion that is not partly dimple processed.

DESCRIPTION OF SYMBOLS 1 Paper hollow conical container 2 Dimple 3 Confectionery 4 Closure part 5a Soft cream 5b Cone exterior

Claims (4)

A paper hollow conical container for storing food in a hollow interior,
A paper hollow conical container characterized in that the surface of the paper hollow conical container is formed in a dimple shape. 2. The paper hollow conical container according to claim 1, wherein the front and back surfaces of the paper hollow conical container are formed in a dimple shape.   The paper hollow conical container according to claim 1 or 2, wherein the dimple shape of the paper hollow conical container is a fine dimple shape. The paper hollow conical container according to any one of claims 1 to 3, wherein the paper hollow conical container is formed of a multilayer of paper and a resin sheet or film.

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