JP2003310172A - Method of compounding materials of different kind - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for compounding a plurality of materials of different kinds, in the case of a combination of a high fluidity material with a low fluidity at a prescribed temperature, for example, when ice cream is compounded with syrup and their composite product is served, the beautiful appearance is further increased and a plurality of materials can exactly be compounded into composite products with easiness just as with conventional techniques. <P>SOLUTION: A first layer made of ice cream 21 is formed in contact with the mold-releasing face 12 of a extrusion vessel 10 and a second layer made of syrup 22 is formed in contact with the extrusion face 11. The ice cream 21 and the syrup 22 are charged into the vessel 10 so that the syrup projection 22a may pass through the first layer of ice cream 21 and reach the outlet 13. When it is served, the extrusion face 11 is pressed for a composite form of the ice cream 21 on the bed of syrup 22 without damaging the appearance. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a composite method of heterogeneous materials capable of providing composites composed of heterogeneous materials in various forms. The present invention relates to a composite method of heterogeneous materials capable of reliably and efficiently composite a plurality of materials having a certain value.

[0002]

2. Description of the Related Art For example, frozen desserts such as soft ice cream, ice cream, mousse, etc.
There are multicolored ones in which multiple colors are mixed. Such multicolored frozen desserts are composed of a plurality of different materials, in this case, a plurality of materials having different colors. For example, the one whose surface and the inside are different in color or the plurality of which are marbled Various elaborate products have been proposed, such as those with the color of.

The above-mentioned frozen desserts are included in desserts, and the desserts are generally served after the main meal is finished or eaten separately from the main meal in the morning and night. In general, a diet not only satisfies an individual's physiological desire of appetite but also has an aspect of satisfying various psychological needs. In particular, confectioneries such as desserts have a higher proportion of satisfying psychological needs than the above-mentioned main meals.
Therefore, aesthetics are more important than the dishes served in the above main meals. In addition, many desserts cannot be kept for a long time.

Therefore, the present inventors have previously proposed a composite technique of different materials that can be used for delivering the frozen dessert.
For example, Japanese Patent No. 3108577 discloses a technique in which a flexible container is filled with different kinds of materials, and the different materials are combined and delivered from an outlet.

In this technique, as shown in FIGS. 12 (a) to 12 (c), an extrusion container 10 having a pressing surface 11, a discharge surface 12 and a discharge port 13 is used. The extruding container 10 is made of a flexible material, and the pressing surface 11 and the discharge surface 12 are formed so as to face each other, and the discharge surface 12 further includes a discharge port 1.
3 is formed. Further, the pressing surface 11 and the discharging surface 12 are connected by the side surface 14 to form a space in which the material can be filled.

The extrusion container 10 is filled with a plurality of different kinds of materials, for example, frozen desserts such as ice cream, so that each of them forms an independent layer. For example, if the pushing surface 11 side is the upper side with reference to the discharging surface 12, FIG.
As shown in (a) and (c), two kinds of ice creams 21 and 22 are filled so as to form an upper first layer and a lower second layer. Further, in FIG. 12B, the two types of ice creams 21 and 22 are filled so as to form a first layer on the left side of the figure and a second layer on the right side of the figure. Then, the extrusion container 1 filled with the plurality of ice creams 21 and 22.
By deforming the pressing surface 11 of 0 by applying an external force, a different ice cream (for example, ice cream 22) is generated inside one ice cream (for example, ice cream 21).
Are included, or each ice cream 21 and 22 is made into a marble form, and compounded and delivered.

As described above, according to the above-mentioned technique, the plurality of ice creams 21.
If 22 is filled and stored, the ice creams 21 and 22 can be extruded from the extruding container 10 to be compounded and served immediately before eating. Therefore, ice cream 21 and 22 with excellent aesthetics
Can be easily and quickly created as needed.

[0008]

However, as a result of diligent investigations by the present inventors, the above-mentioned conventional technique is excellent as a technique for providing a composite of different materials. It was clarified that some points were still insufficient depending on the combination method.

That is, in the above-mentioned conventional technique, when ice creams are used as a plurality of materials, one ice cream can satisfactorily include the other ice cream. However, for example, in an application in which a material having low fluidity at a specific temperature such as ice cream and a material having high fluidity such as syrup are provided as a composite, the syrup has high fluidity, Easier to drain than ice cream. Therefore, compounding these food materials using the above-mentioned conventional technique may impair the aesthetics.

Specifically, in the example shown in FIGS. 12A and 12B, the first layer is a layer made of ice cream 21, and the second layer is a layer made of ice cream 22 and a syrup (hereinafter referred to as syrup). , Syrup 22) instead of the layer. In this case, FIG.
As shown in (a), the syrup 22 flows out first due to the high fluidity of the syrup 22. In addition, the syrup 22 may be attached to the top 21a of the ice cream 21 that is served, the syrup 22 may be attached to the edge of the ice cream 21 that is served, or a spot of the syrup 22 may be formed on the surface of the ice cream 21. To do
A syrup 22 is randomly attached to the ice cream 21.

In particular, when the ice cream 21 or the like is extruded and served, it is important that the top 21a of the served ice cream 21 is sharply pointed in order to achieve a good appearance. However, when the above-mentioned conventional technique is used, since the syrup 22 adheres to the top 21a of the ice cream 21 that has been served, the top 21a may not be sharpened, which may impair the appearance.

Further, if the syrup 22 is randomly attached to the ice cream 21, this alone may impair the appearance. That is, the ice cream 21 often has a light color, whereas the syrup 22 often has a deeper color. In this way, when different materials that are obviously different in texture due to the difference in fluidity and are also significantly different in color are compounded, unless the compounding is intentionally seen, the aesthetics may be spoiled. .

Also in the example shown in FIG. 12 (c),
Similarly, the first layer is a layer made of ice cream 21,
When the second layer is a layer composed of the syrup 22 and these are combined and provided, as shown in FIG. 13 (b), the syrup 22 flows out first as in the above, but the syrup 22 is placed in the ice cream 21. Is also included. That is, in the case of materials having different fluidity, the syrup is only imperfectly included in the filling method as shown in FIG.

In this case, it is possible to prevent the syrup 22 from adhering to the top 21a, but in that the outflow of the syrup 22 is not well controlled, it is different from the example shown in FIG. 13 (a). It is the same. Therefore, although not shown, it is impossible to avoid a situation in which the syrup 22 is randomly attached to the ice cream 21, such as the syrup 22 is attached to the edge of the ice cream 21 that has been served. Also, especially in the French cuisine style where sauce is important, syrup 2
Place 2 underlay and put ice cream 21 on it.
Combining these food materials cannot be fully realized by the above-mentioned conventional techniques.

As described above, in the above-mentioned conventional techniques, it has not been considered so much to improve the aesthetic appearance of the top or intentionally combine materials having greatly different textures and colors. Therefore, although other applications can exert sufficient effects, there are cases in which they are not suitable for applications where syrup is combined with ice cream.

The present invention has been made in view of the above problems, and an object thereof is to combine a material having low fluidity at a predetermined temperature with a material having high fluidity such as a combination of ice cream and syrup. It is an object of the present invention to provide a method of compounding different kinds of materials, which can improve the aesthetics further and provide a plurality of materials in a rapid and reliable manner, as in the case of the conventional technique, when using these materials in a composite manner.

[0017]

In order to solve the above-mentioned problems, in the method for compounding different kinds of materials according to the present invention, a pressing surface and a discharge surface facing the pressing surface are formed, and the discharge port is formed on the discharge surface. Is formed, in a flexible container, each of a plurality of different types of material is filled so as to form an independent layer, by applying an external force to the pressing surface to deform the container, In the method of compounding different materials by compounding and delivering a plurality of materials from an outlet, as the plurality of materials, a first material having low fluidity at a predetermined temperature set at the time of delivery and a second material having high fluidity Is used, and the first material is present at least in a region that is in contact with the discharge surface and is in contact with a side surface that connects the discharge surface and the extrusion surface, and the second material is unevenly distributed in the layer of the first material. So that the unevenly distributed part is formed The plurality of materials is characterized by filling the above container.

According to the above method, in the inside of the container having the above-mentioned shape, the region which is in contact with the discharge surface and which is in contact with the side surface connecting the discharge surface and the extrusion surface is used when the material is extruded by applying an external force to the pressing surface. Then, the material in the container accumulates, and becomes the last extruded retention area. Therefore, by allowing the first material having low fluidity to exist in this retention region and filling the material so that the second material having high fluidity is unevenly distributed in the layer of the first material, The first material can be extruded so that the vertices (tops) are sharply sharpened and have an excellent aesthetic appearance in a state in which the material is well compounded. As a result, by appropriately setting the shape of the unevenly distributed portion, it is possible to realize an excellent aesthetic appearance while combining the second material in various states.

Further, in order to solve the above-mentioned problems, one of the concrete methods for compounding different kinds of materials according to the present invention is to form a pressing surface and a discharge surface facing the pressing surface, and further to this discharge surface. In a flexible container with a discharge port,
Different kinds of materials are compounded and delivered from the discharge port by filling a plurality of different kinds of materials so that each forms an independent layer and applying an external force to the pressing surface to deform the container. In the composite method of materials, as the plurality of materials, a low fluidity first material at a predetermined temperature set at the time of delivery and a high fluidity second material are used,
A first layer made of the first material is formed in contact with the discharge surface, and a second layer made of the second material is formed in contact with the extrusion surface, and further, the second layer faces the discharge port. Are filled with the above-mentioned plurality of materials so as to form a protrusion that protrudes to the first layer and reaches the discharge port, and at the time of delivery, the first material is compounded in a state of being stacked on the second material. It is characterized by that.

According to the above method, the projecting portion projects from the second layer made of the second material with respect to the first layer made of the first material and reaches the discharge port. This protruding portion corresponds to the unevenly distributed portion of the second material that is unevenly distributed in the first layer, and when the container is pressurized to deliver the material inside, this protruding portion discharges the second material first. It becomes an extrusion route for discharging from. That is, since the second material has high fluidity and the second layer is formed in the vicinity of the extruded surface, pressing the extruded surface causes the second material to move ahead of the first material existing in the retention area. Are pushed out of the container.

As a result, the first material is compounded in a state of being stacked on the second material, and the first material can be extruded so that the apex (top) is sharply pointed and excellent in aesthetic appearance. A situation in which the second material randomly adheres to the first material can also be avoided. Therefore, the second material and the first material can be reliably and easily combined in a state of excellent aesthetics.

In the composite method of the different materials, the interface between the second layer and the first layer is parallel to the discharge surface except for the protrusion, or the discharge surface is continuously connected to the protrusion. It is preferable that the plurality of materials be filled so as to be curved with respect to or inclined with respect to the discharge surface while being continuously connected to the protrusion.

According to the above method, it is sufficient that the second layer extruded first is filled in a shape that converges from the extrusion surface side toward the discharge port side. Therefore, when the first material is stacked on the second material, the top can be sharply pointed, and the first material and the second material can be randomly mixed without being mixed. Therefore, the first material and the second material can be more reliably and easily combined in an excellent aesthetic state.

Further, in another specific method for compounding different kinds of materials according to the present invention, the pressing surface and the discharge surface facing the pressing surface are formed, and the discharge surface is formed with a discharge port. A container with a plurality of different types of materials so that each form an independent layer, and by applying an external force to the pressing surface to deform the container, a plurality of materials are combined from the discharge port. In the composite method of dissimilar materials to be delivered by using, as the plurality of materials, a first material having low fluidity at a predetermined temperature set at the time of delivery and a second material having high fluidity at the predetermined temperature are used. In the first material, a stretched portion made of the second material is formed so as to extend along the normal direction of the discharge surface, and the stretched portion is a region between the discharge port and the extrusion surface. Located in an area outside the Filling the plurality of material away from the side surface connecting the surface and the extrusion face, at the time of dispensing, the second material is characterized in that it is combined in a line to the first material.

According to the above method, the first layer made of the first material contains the stretched portion made of the second material (corresponding to the unevenly distributed portion), and moreover, the retention area is The second material does not exist, and the first material exists. Therefore, when the material on the inside is supplied by pressurizing the pressing surface, the first material is extruded, and along with this, the second material is gradually extruded by the extending portion. As a result, the second material is compounded in a line along the extrusion direction of the first material, and the top of the extruded first material can be made sharp.
Therefore, the first material and the second material can be reliably and easily combined in a state of excellent aesthetics.

In the composite method of the different materials, it is preferable that the plurality of materials are filled so that the end on the extrusion surface side of the stretched portion is separated from the extrusion surface. As a result, it is possible to reliably avoid the situation where the second material is extruded at the end of the delivery and adheres to the top of the first material.

Further, in the composite method of the different materials, the plurality of materials may be filled so that the end on the discharge surface side of the extending portion comes into contact with the discharge surface, or the discharge in the extending portion. The plurality of materials may be filled so that the end on the surface side is separated from the discharge surface. Whatever it is,
Since the first material can be surely extruded at the end of the dispensing, the top of the dispensed first material can be made sharp.

Further, in the above-mentioned composite method of different kinds of materials, the extending portion may have a pillar shape or a cone shape. Also by this, the first material can be surely extruded at the end of the delivery, so that the top of the delivered first material can be made sharp.

In the composite method of different materials, the distance between the side surface connecting the discharge surface and the extrusion surface and the edge of the discharge port is set to L, and the edge of the extended portion is projected on the discharge surface and the discharge edge is formed. When the distance from the edge of the outlet is s, it is more preferable to fill the plurality of materials so as to satisfy s <L, and further, to make the distance s satisfy s ≧ 0. It is more preferable to fill the material.

According to the above method, the extending portion can be reliably positioned in the area deviated from between the discharge port and the extrusion surface. Therefore, it is possible to reliably combine the second material with the first material in a line shape.

In any one of the above-mentioned methods for combining different kinds of materials according to the present invention, a preferable example is a combination in which the first material is frozen dessert and the second material is syrup. it can.

As a result, for example, a frozen dessert such as ice cream and a syrup such as a fruit sauce can be easily and surely combined in a beautiful state, so that the combined frozen dessert and syrup can be appropriately used as a dessert or the like. And it can be served reliably.

[0033]

DESCRIPTION OF THE PREFERRED EMBODIMENTS [First Embodiment] The following will describe one embodiment of the present invention with reference to FIGS. 1 to 5. The present invention is not limited to this.

The method for synthesizing different kinds of materials according to the present invention is applied when a first material having low fluidity at a predetermined temperature set at the time of delivery and a second material having high fluidity at the predetermined temperature are compounded. A method of forming the unevenly distributed portion in which the second material is unevenly distributed in the first material, and filling the container with the plurality of materials so that the first material is present in the retention region in the container.

Specifically, for example, as shown in FIG.
In the present embodiment, the extruding container (container) 10 is filled with these different materials so that a first layer made of the first material 21 and a second layer made of the second material 22 are formed. To do. At this time, the second layer is formed with a protruding portion 22a which protrudes toward the discharge port 13 of the extrusion container 10 and reaches the discharge port 13.

The first material 21 and the second material 22 are
It is not particularly limited as long as it is a combination of materials having different fluidity at a predetermined temperature set at the time of delivery, and the second material 22 has higher fluidity than the first material 21. If you have. In other words, the plurality of materials used in the present invention may be a combination of different materials in which the fluidity of the other material is lower than that of the other material when viewed relatively.

The fluidity as used herein is not limited to an indefinite shape in which the volume is constant as in general liquids, but also to various semi-solid states or liquids containing various solids. It shall include the state showing the fixed form. In other words, the material having fluidity as used in the present invention includes all materials that behave as fluids.

As an example of the above-mentioned plural materials used in the present invention, various food materials having fluidity can be mentioned. Specifically, frozen desserts such as ice cream, soft ice cream and mousse; gel-like confectionery such as yokan, pudding, jelly, tonkoten, agar; viscous confectionery such as gum; Japanese confectionery such as dumplings; butter, Yogurt, cheese,
Dairy products such as fresh cream; margarine, vegetable cream,
Processed oils and fats such as shortenings; Oils and fats such as lard and heads; Cooked rice; Mochi such as Habutae mochi or processed products thereof;
Bread or bread dough, noodles, pasta, or wheat products such as dough thereof; starch syrup products such as starch syrup or kudzu water; potatoes,
Processed vegetables such as kinton using pumpkin and chestnut; processed soybeans such as tofu, miso, okara, natto; konjac or its dough; processed fruits such as fruit paste, jam, marmalade; eggs or processed products thereof ; Surimi,
Processed fish and meat products such as kamaboko, minced meat and sausage; sea urchin;
Curry roux, ketchup, mayonnaise, Worcestershire sauce, dressing, various syrups, caramel sauce,
Sauces and syrups such as fruit sauces; soups such as puree soups, cream soups, consomme soups; beverages such as various fruit juices, nectars, various soft drinks; seasonings such as kneaded mustard, kneaded wasabi Can be mentioned.

Further, the above-mentioned food material having fluidity may be mixed with particles or the like formed using the food material having no fluidity, as long as the fluidity is not impaired. As the particles of the non-flowable food material, specifically, for example,
Processed products of grains such as rice, wheat and corn, or processed products such as corn puffs; nuts and beans such as peanuts, almonds, walnuts and soybeans, or processed products of nuts and beans such as natto; vegetables, fruits and mushrooms Or processed products thereof; eggs or processed products thereof; fish / meat or processed products thereof;
Examples include confectionery such as candy, caramel, and biscuits; processed marine products such as seaweed and tsukudani; spice seasoning particles: microcapsules of the above-mentioned fluid food material.

By blending the above-mentioned particles and the like with the above-mentioned fluid food material, it becomes possible to change the color arrangement and the form of the food material during complexing / delivery according to the intended use.

In addition, the material having fluidity used in the present invention is not limited to the above food materials, and other materials can be used. For example, various agricultural and industrial materials such as viscosity, soil, coating agent (paint / wax), cement, caulking agent, adhesive, solid fuel, oil, fertilizer, rubber, feed; toothpaste, shampoo, soap, cosmetics, bath agent , Various quasi-drugs such as aromatic agents, cosmetics; and the like.

In the present invention, among the above-mentioned various materials, materials having higher fluidity of the other material than one material may be combined and used as the first material 21 and the second material 22. In addition, the first material 21 or the second material 2
2 may be only one kind of the above-mentioned various materials, or may be a mixture of two or more kinds of materials.

Here, in a material having fluidity, the fluidity often changes depending on the temperature. For example, in ice cream, the lower the temperature, the lower the fluidity due to the freezing of water and the increase in the viscosity of oil and fat, and the improvement in the shape retention. Therefore, an appropriate combination of the first material 21 and the second material 22 is selected from the above-mentioned various materials on the basis of the temperature (predetermined temperature) when the material is extruded and supplied after being filled in the extrusion container 10. There is a need. Needless to say, the predetermined temperature set at the time of delivery is not particularly limited.

The volume ratio of the first material 21 and the second material 22 to be filled in the extrusion container 10 is not particularly limited, and may be appropriately changed depending on the application when the composite material is delivered. be able to. Therefore, the first material 21 and the second material 22 may be filled in substantially the same volume, or may be filled so that the volume of either one becomes large. That is, the volume ratio should be such that when the material is extruded from the discharge port 13, it can be seen that the above two kinds of materials are clearly compounded.

In the present embodiment, the first material 2 described above is used.
An example will be described in which a frozen dessert such as ice cream is used as No. 1 and various syrups are used as the second material 22. Therefore, unless otherwise specified, they are referred to as ice cream 21 and syrup 22 in the following description. In addition, in order to clarify the distinction from the ice cream 21 in the figure,
The syrup 22 is shown with diagonal lines.

As shown in FIG. 1, the extrusion container 10 has flexibility and is provided with a pressing surface 11, a discharging surface 12, an outlet 13, and a side surface 14, and an external force is applied to the pressing surface 11. The discharge surface 1 facing the pressing surface 11 by adding
The material is not particularly limited as long as it can be crushed so that the material inside can be pushed out from the discharge port 13 formed in 2. Specifically, the pressing surface 11 and the discharging surface 12 are formed so as to face each other, and the discharging surface 1 is further formed.
2 has a discharge port 13 formed therein, and the side surface 14 has a discharge surface 1
2 and the extrusion surface 11 are connected to each other, and the inside may be hollow.

As the material of the extrusion container 10, various flexible materials are used for the crushable main body portion, that is, the side surface 14 connecting the pressing surface 11 and the discharge surface 12. For example, various synthetic resin materials can be preferably used.

Specific examples of the synthetic resin materials include cellophane, nylon, vinylon, polyethylene, polypropylene, polystyrene, polyethylene terephthalate, polyvinyl chloride, polyvinylidene chloride,
Examples thereof include cellulose acetate, polyester, polyacetate, fluororesin, polychlorofluoroethylene, polycarbonate, polyamide, natural rubber, synthetic rubber, synthetic latex and the like. Also, as the main body portion, paper,
It is also possible to use cloth, leather or processed products thereof, and metal materials such as aluminum and steel. These materials may be used alone or in combination of two or more.

The specific shape of the extrusion container 10 is not particularly limited. For example, as for the body portion that can be crushed, as shown in FIG. 1, the discharge surface 12 may be wider than the pressing surface 11 and may have a trapezoidal shape, and the pressing surface 11 and the discharging surface 12 have the same size. It may have a cylindrical shape (columnar shape) or a trapezoidal shape in which the pressing surface 11 is wider than the discharging surface 12.

The cross section of the extrusion container 10 in the direction perpendicular to the pressing direction (that is, the direction from the pressing surface 11 to the discharging surface 12) is not particularly limited, and may be a circular cross section. Alternatively, various polygonal cross sections may be used. Therefore, the extrusion container 10 may have a circular trapezoidal shape or a cylindrical shape (cylindrical shape), or a polygonal trapezoidal shape or a polygonal prism shape.

The specific shape of the side surface 14 is not particularly limited. That is, it may be formed as a smooth curved surface having the trapezoidal shape or the cylindrical shape, or as shown in FIG. 2, it may be stepped so as to be easily crushed from the pressing surface 11 side to the discharging surface 12 side. It may be formed or may be processed into other shapes.

The pressing surface 11 is not particularly limited in shape, material, etc. as long as it has an area such that the material inside can be pressed. For example, the same material as that of the side surface 14 may be continuously formed integrally with the side surface 14, or may be formed as a lid member separate from the side surface 14.

Similarly, with respect to the discharge surface 12, if the discharge port 13 can be stably formed and has an area capable of forming a retention area described later, its shape, material, etc. It is not particularly limited. The pressing surface 1
1, the same material as the side surface 14 is used,
4 and the side surface 1 may be formed continuously and integrally.
It may be formed as a lid member separate from 4.

The pressing surface 11 and the discharging surface 12 are the side surfaces 14.
Since it is not crushed like the above, it is not necessary that the side surface 14 be made of a flexible material or shape. For example, a thermosetting resin such as ABS, a ceramic material such as a ceramic plate, a glass plate, a metal plate or the like can be used. In addition, in terms of filling various materials into the extrusion container 10, it is preferable that one of the above-described surfaces be a lid member that is separate from the side surface 14. As a result, a large opening can be provided in the extrusion container 10,
It becomes easy to fill a plurality of materials inside.

Of course, the pressing surface 11, the discharging surface 12, and the side surface 14 may be integrated. In this case, using a nozzle or the like, the ice cream (first material) 2
1 or syrup (second material) 22 may be filled.

The shape of the discharge port 13 is not particularly limited as long as it is an opening having a shape and an area that allow the internal material to be satisfactorily extruded.
Therefore, the discharge port 13 may have, for example, a circular shape, a polygonal shape, or a star shape (five-pointed star, six-pointed star, etc.).

Although not shown, the discharge port 13 may have a nozzle shape, or a nozzle-shaped member may be attached to the discharge port 13. In this case, for example, it is possible to deliver the composite material into a relatively elongated container having a diameter smaller than that of the extrusion container 10 or a container having a hollow shape such as the outer skin of cream puff.

After the inside of the extrusion container 10 is filled with the material, the discharge port 13 is preferably sealed with various sealing materials 16 as shown in FIG. The shape and material of the sealing material are not particularly limited, and the discharge port 13 is sealed to prevent leakage of the material inside or to prevent foreign matter from entering the inside from the outside. All you need is to be able to do it.

The specific shape of the extrusion container 10 itself is not particularly limited. For example, as shown in FIG. 2, by pressing the pressing surface 11, the side surface 14 is crushed, whereby the entire extrusion container 10 may be crushed and the material inside may be delivered.

Alternatively, although not shown, the discharge surface 12 and the side surface 14 are integrally formed of a relatively hard material to form a container body, and a flexible lid member forming the pushing surface 11 is formed.
It may have a shape that fits into the container body. In the extrusion container 10 having this shape, by pressing the extrusion surface 11,
The lid member is deformed and crushed according to the shape of the inside of the container body, whereby the material inside is delivered.

As described above, the extrusion container 10 used in the present invention has the extrusion surface 11 and the ejection surface 12 which are opposed to each other, and the ejection surface 12 is pressed by pressing the extrusion surface 11.
It suffices that the internal material can be delivered from the discharge port 13 of.

In the composite method of different materials according to the present invention,
As shown in FIG. 1, at least the ice cream 21 and the syrup (second material) are so arranged that the ice cream (first material) 21 is present at least in the retention area 15 in contact with the discharge surface 12 and in contact with the side surface 14. (Material) 22 is filled in the extrusion container 10.

As shown in FIG. 3, the external force from the pressing surface 11 is applied toward the discharge port 13 side facing the pressing surface 11, and along with this, the internal fluid material 20 is removed. It will be pushed out from the discharge port 13. Here, the retention area 15 is defined by the pressing surface 11 and the discharge port 13.
It is at a stagnation position that is away from the extrusion direction of the material (arrow P in the figure) that connects the and. Therefore, the material in the vicinity of the extrusion direction is extruded, and accordingly, as shown by the arrow f in the figure, the material on the pressing surface 11 side is extruded, and finally the material in the retention region 15 is extruded. Become.

Therefore, in the present invention, at least this retention area 15 is filled with a plurality of materials so that the ice cream 21 exists. As a result, the ice cream 21 is extruded at the end, so that the top 20 of the extruded ice cream 21 is sharpened and sharpened, as shown in FIG. Therefore, no matter what state the syrup 22 is combined with, excellent aesthetics can be realized.

In particular, in this embodiment, as shown in FIG. 1, a first layer made of ice cream 21 is formed in contact with the discharge surface 12 and a second layer made of syrup 22 is formed in contact with the extrusion surface 11. Further, the second layer 22 is filled with a plurality of materials so as to form a protruding portion 22a which protrudes toward the discharge port 13 toward the first layer and reaches the discharge port 13. .

Therefore, the protruding portion 22a becomes an unevenly distributed portion of the syrup 22 unevenly distributed in the first layer, and the extrusion container 1
It serves as an extrusion route for first discharging the syrup 22 having high fluidity from the discharge port 13 when the material inside is supplied by pressurizing 0. That is, since the syrup 22 has high fluidity and the second layer of the syrup 22 is formed near the extrusion surface 11, pressing the extrusion surface 11 causes the ice cream 21 existing near the retention area 15 to be pressed. The syrup 22 (second layer) is extruded to the outside before the (first layer).

As a result, as shown in FIG. 4, syrup 2
The ice cream 21 is stacked on top of the two, and the top 21a of the ice cream 21 is sharply pointed to be excellent in appearance. In addition, since the extrusion of the syrup 22 having high fluidity is well controlled, it is possible to avoid the situation where the syrup 22 randomly attaches to the ice cream 21 (FIG. 13 (a)).
reference). Therefore, by using the filling method described above, the ice cream 21 can be served with the syrup 22 underlayed, and such an excellent appearance can be surely and easily realized.

In the present embodiment, the specific shapes of the first layer and the second layer are not particularly limited, and the second layer is on the pressing surface 11 side and the first layer is on the discharging surface 12 side. Is formed, and further, the protrusion 22a is formed from the second layer toward the discharge port 13.

Therefore, for example, as shown in FIG. 1, the interface 23 between the second layer and the first layer may be substantially parallel to the discharge surface 12 except for the protrusion 22a, As shown in FIG. 5 (a), the interface 23 has the protrusion 2
It may be curved with respect to the discharge surface 12 while being continuously continuous with 2a, or as shown in FIG.
However, it may be inclined with respect to the discharge surface 12 while being continuously connected to the protrusion 22a.

As described above, according to the present invention, a plurality of materials are filled so that the first material such as ice cream is present in the retention area. In particular, in the present embodiment, the first material made of syrup or the like extruded first is filled. The two layers are filled in a shape that converges from the extrusion surface side toward the discharge port side. As a result, it is possible to realize the arrangement in which the top of the ice cream is sharp and pointed when the ice cream is stacked on the syrup. Therefore, the combined frozen dessert and syrup can be appropriately and quickly provided as a dessert or the like.

[Second Embodiment] The following will describe another embodiment of the present invention in reference to FIGS. 6 to 11. The present invention is not limited to this. Further, for convenience of description, members having the same functions as those used in the first embodiment are designated by the same reference numerals, and the description thereof will be omitted.

In the first embodiment, the extruding container is filled with the material so that the second material is laid underneath and the first material is placed thereon to form a composite of a plurality of materials. , The material is filled in the extrusion container so that the first material is combined with the second material in a line shape. In the present embodiment, as in the first embodiment, ice cream will be used as the first material and syrup will be used as the second material.

More specifically, as shown in FIG. 6, the method for synthesizing different materials according to the present embodiment is based on the ice cream 2
1, a stretched portion formed of syrup 22 is formed so as to extend along the normal direction of the discharge surface 12, and this stretched portion is located in a region outside the region between the discharge port 13 and the extrusion surface 11. At the same time, the plurality of materials are filled so as to be separated from the side surface 14.

In FIGS. 6 and 8 (a) and 8 (b), the upper part of the figure is similar to that of FIG. 1 and FIG.
1 and a syrup 22 are filled in a schematic cross-sectional view showing the inside of the extrusion container 10, and the lower part of the drawing is a projection view of the extrusion container 10 in the upper diagram as viewed from the discharge surface 12 side. .

According to such a filling method, the pressing surface 11
When the material inside is supplied by pressurizing, the ice cream 21 is pushed out, and along with this, the syrup 22 is pushed out little by little by the above extending portion. Therefore, as shown in FIG. 7, ice cream 2
When 1 is spirally wound and placed in a serving container such as a cone cup 30, the syrup 22 is combined in a line along the extrusion direction of the extruded ice cream 21 to form the ice cream 21 and the syrup. 22 is striped, and the top 21a of the extruded ice cream 21 can be made sharp. Therefore, the ice cream 21 and the syrup 22 can be reliably and easily combined in an excellent appearance.

As described above, the position of the extending portion is a position outside the region between the discharge port 13 and the extrusion surface 11 (position condition (1)), and the side surface 1
The position away from No. 4 (position condition (2)). The position of the extending portion will be specifically described.

First, the position condition (1) will be described.
The position outside the region between the discharge port 13 and the extrusion surface 11 extends to the discharge port 13 when the extrusion container 10 is viewed from the discharge surface 12 as shown in the lower diagram of FIG. The position where the parts do not overlap. For example, FIG. 8 (a)
As shown in FIG. 6, a stretched portion made of syrup 22 is formed as in the example shown in FIG.
It is assumed that it exists in the area between 3 and the extrusion surface 11. In this case, when the pressing surface 11 is pressed and extrusion of the material is started, the stretched portion is present at a position completely included in the flow in the extrusion direction P.

Therefore, the syrup 22 comes out before the ice cream 21, and as shown in FIG. 9 (a),
Many syrups 22 are present below the spirally wound arrangement. As a result, the top 21a is sharply pointed because the syrup 22 does not adhere, but since many syrups 22 lacking in shape retention are present in the lower part, the serving shape becomes unstable, and the syrup 22 has a cone cup 3 shape.
Problems such as sticking to zero and stickiness occur.

Next, the position condition (2) will be described.
The position away from the side surface 14 means that the extending portion is not located in the retention area. For example, as shown in FIG.
Assuming that the stretched portion composed of the syrup 22 exists at the position in contact with the side surface 14, the stretched portion is included in the retention region 15 as is clear from the figure.

Therefore, only the ice cream 21 comes out first, and the syrup 22 comes out later. Therefore, as shown in FIG. 9 (b), there are many syrups 22 above the spirally wound arrangement,
Since the top 21a is only the syrup 22,
The sharp and sharp shape of only the ice cream 21 is not formed. Further, since the syrup 22 exists in the retention area 15, the syrup 22 is likely to remain in the extrusion container 10.

Therefore, if the extended portion is formed in the ice cream 21 so as to satisfy the above-mentioned positional conditions (1) and (2), it is possible to prevent the syrup 22 from all coming out immediately and to keep the retention area. 15 for ice cream 2
Only one can be present. Therefore, syrup 2 in a line along the extruded ice cream 21
You can combine 2 and ice cream 2
It is possible to avoid a situation in which the syrup 22 is attached to the top 21a of No. 1 and the sharpness of the top 21a is lost.

The position conditions (1) and (2) will be more specifically defined. As shown in the lower diagram of FIG. 6, the distance between the side surface 14 and the edge of the discharge port 13 is L, and the stretching is performed. When the distance between the edge of the shape in which the end of the part is projected on the discharge surface 12 and the edge of the discharge port 13 is s, the distance s is the distance L.
It suffices that the relationship (s <L) below is satisfied. Of course, the distance s may be 0 or more (0 ≦
s <L). When a plurality of materials are filled so as to define the distance s as described above, the extending portion is arranged so as to satisfy the above position conditions (1) and (2).

The more specific shape of the stretched portion is not particularly limited as long as it has a length along the extrusion direction P. Therefore, FIG.
As shown in FIG. 10, it may have a cylindrical shape, or FIG.
As shown in, it may be an inverted circular truncated cone (club-shaped),
As shown in FIG. 10 (b), it may have a conical shape. Of course, the shape is not limited to a cylinder or a cone, and may be a prism or a pyramid. That is, the extending portion in the present embodiment may have a pillar shape or a cone shape.

However, as shown in FIG. 10 (c), even if the extending portion has a conical shape, when it comes into contact with the side surface 14, the syrup 22 exists in the retention area 15. Therefore, the syrup 22 is pushed out at the end and the top 21a
Is no longer sharp. Therefore, it is necessary that the extending portion does not contact the side surface 14, that is, the above position condition (2) is satisfied.

Further, in the present invention, the shape of the syrup 22 existing in the ice cream 21 is not limited to the above-mentioned stretched portion having a length in the extrusion direction P, but the first layer made of the ice cream 21. It is only necessary that the syrup 22 is unevenly distributed. Therefore, the shape of the unevenly distributed portion may include a spherical shape and an oval shape, and is not particularly limited to the extended portion. Of course, this unevenly distributed portion is unevenly distributed in the first layer so as to satisfy the above positional conditions (1) and (2).

Here, in the present embodiment, it is further preferable that the end on the extrusion surface 11 side of the stretched portion is separated from the extrusion surface 11. This is the position condition (3).

Specifically, as shown in FIG. 11 (a),
When the end of the stretched portion on the extrusion surface 11 side is in contact with the extrusion surface 11, the syrup 22 comes out at the end even if there is no syrup 22 in the retention area 15, and the top 2 of the ice cream 21 is discharged.
0 is broken from a sharp state. Therefore, it is very preferable that the stretched portion exists at a position that satisfies the positional condition (3) in addition to the positional conditions (1) and (2).

The end of the extending portion on the discharge surface 12 side may be in contact with the discharge surface 12 as shown in FIG. 6 or separated from the discharge surface 12 as shown in FIG. 11 (b). May be. In any case, at the end of extrusion,
Since only the ice cream 21 can be reliably pushed out, the top 21a of the ice cream 21 can be made sharp and pointed.

As described above, also in the present embodiment, a plurality of materials are filled so that the first material such as ice cream exists in the retention area, and in particular, the above-mentioned position conditions (1) and (2), preferably A stretched portion (or unevenly distributed portion) made of syrup or the like is formed so as to also satisfy (3). As a result, the syrup can be extruded in a line along the ice cream, so that when spirally wrapped around a cup cone or the like, the ice cream and the syrup can be arranged in a striped pattern. Of course, it is also possible to arrange ice cream with a sharp top. Therefore, the combined frozen dessert and syrup can be appropriately and quickly provided as a dessert or the like.

The present invention is not limited to the above-mentioned embodiments, but various modifications can be made within the scope of the claims, and the technical means disclosed in the different embodiments. It goes without saying that the embodiments obtained by appropriately combining the above are also included in the technical scope of the present invention.

[0091]

As described above, according to the method for compounding different kinds of materials according to the present invention, the plurality of materials are the first material having low fluidity at the predetermined temperature set at the time of delivery and the second material having high fluidity. A material is used, at least in contact with the discharge surface,
Further, the first material is present in a region in contact with a side surface connecting the discharge surface and the extrusion surface, and the plurality of the plurality of materials are formed so that the unevenly distributed portion in which the second material is unevenly distributed is formed in the layer of the first material. This is a method of filling the container with the material.

As a more specific method, a first layer made of a first material is formed in contact with the discharge surface, and
A second layer made of a second material is formed in contact with the extruded surface, and further, a protrusion that protrudes toward the discharge port to the first layer and reaches the discharge port is formed on the second layer. In addition, there is a method in which the above-mentioned plurality of materials are filled, and at the time of delivery, the first material is compounded in a state of being stacked on the second material.

In the above method, since the material is filled so that the first material having low fluidity is present in the retention area, the first material is finally extruded. Furthermore, this method
By pressing the extrusion surface, the second material is pushed out of the container earlier than the first material existing in the retention area through the protrusion. As a result, the first material can be extruded so that the vertices (tops) are sharply pointed and the appearance is excellent, and the first material is compounded in a state of being stacked on the second material.

As another more specific method, in the first material, a stretched portion made of the second material is formed so as to extend along the normal line direction of the discharge surface, and the stretched portion is formed. Is located in a region deviating from the region between the discharge port and the extrusion surface, filled with the plurality of materials away from the side surface connecting the discharge surface and the extrusion surface, at the time of delivery, to the first material A method in which the above-mentioned second material is compounded in a line shape can be mentioned.

Also in the above method, since the material is filled so that the first material having low fluidity exists in the retention area, the first material is finally extruded. Furthermore, this method
With the extrusion of the first material, the second material is gradually extruded by the stretching portion. As a result, the first material can be extruded so that the vertices (tops) are sharp and sharp, and the appearance is excellent, and the second material is compounded in a line shape along the extrusion direction of the first material.

Therefore, there is an effect that the second material and the first material can be reliably and easily compounded in an excellent aesthetic state.

The present invention, as described in the embodiment,
As a preferable combination of the first material and the second material, a combination of frozen desserts such as ice cream and various syrups can be preferably mentioned. Therefore, the present invention has an effect that it can be used particularly in the food industry that manufactures and sells various desserts and the like, and in the retail industry and the restaurant industry that appropriately sell desserts and the like according to the customer's request. .

[Brief description of drawings]

FIG. 1 is a schematic cross-sectional view showing an example of a state in an extrusion container filled with a first material and a second material in a method for compounding different materials according to an embodiment of the present invention.

FIG. 2 is a partial cross-sectional view showing an example of a specific configuration of the extrusion container shown in FIG.

FIG. 3 is a schematic diagram illustrating a state in which internal materials are delivered by pressurizing a pressing surface of the extrusion container shown in FIG.

FIG. 4 is a perspective view showing an example of a composite state of the first material and the second material extruded from the filled extrusion container shown in FIG.

5 (a) and 5 (b) are schematic cross-sectional views showing another example of the state in the extrusion container filled with the first material and the second material shown in FIG.

FIG. 6 is a diagram showing an example of a state in an extrusion container filled with a first material and a second material in a method for compounding different materials according to another embodiment of the present invention, and the upper diagram is a schematic cross-section. The figure and the lower figure are projection views when the extrusion container of the upper figure is viewed from the discharge surface side.

7 is a side view showing an example of a composite state of the first material and the second material when extruded from the filled extrusion container shown in FIG. 6 and placed on a cup cone.

8 (a) and 8 (b) are views showing an unfavorable example in a state of the inside of the extrusion container filled with the first material and the second material shown in FIG. FIG. 2 is a schematic cross-sectional view, and the bottom view is a projection view of the extrusion container in the top view as seen from the discharge surface side.

9 (a) and (b) are respectively FIG. 8 (a).
It is a side view which shows an example of the composite state of the 1st material and the 2nd material when it is extruded from the container for extrusion of the filling state shown to (b), and when it arrange | positions on a cup cone.

10 (a) and (b) are schematic cross-sectional views showing another example of the state in the extrusion container filled with the first material and the second material shown in FIG. 6, and (c) is In the state in the extrusion container filled with the first material and the second material shown in FIG.
It is a schematic sectional drawing which shows another example which is not preferable.

11 (a) is a schematic cross-sectional view showing another example which is not preferable in the state in the extrusion container filled with the first material and the second material shown in FIG. 6, and FIG. FIG. 7 is a schematic cross-sectional view showing still another example of the state in the extrusion container filled with the first material and the second material shown in FIG. 6.

12 (a) to 12 (c) are schematic cross-sectional views showing an example of a state in an extrusion container filled with a first material and a second material in a conventional method for compounding different materials.

13 (a) is a perspective view showing an example of a composite state of the first material and the second material extruded from the filled extruding container shown in FIGS. 12 (a) and 12 (b), (B)
FIG. 13 is a perspective view showing an example of a composite state of the first material and the second material extruded from the filled extruding container shown in FIG. 12 (c).

[Explanation of symbols]

10 Extrusion container (flexible container) 11 Pressing surface 12 Discharge surface 13 outlet 21 1st ingredient, ice cream (frozen dessert, 1st layer) 22 Second material / syrup (second layer / extended part) 22a protrusion 23 Interface

Claims (11)

[Claims] 1. A flexible container in which a pressing surface and a discharge surface facing the pressing surface are formed, and a discharge port is formed in the discharge surface, each of which forms an independent layer. In the method of compounding different materials in which a plurality of different materials are filled, and the container is deformed by applying an external force to the pressing surface, the plurality of materials are compounded and delivered from the discharge port, , A first material having low fluidity at a predetermined temperature set at the time of delivery and a second material having high fluidity are used, and at least contact with the discharge surface and connect the discharge surface and the extrusion surface. The first material is present in the region in contact with the side surface, and the container is filled with the plurality of materials so that an unevenly distributed portion in which the second material is unevenly distributed is formed in the layer of the first material. A method of combining different materials. 2. A flexible container in which a pressing surface and a discharge surface facing the pressing surface are formed, and a discharge port is formed in the discharge surface, each of which forms an independent layer. In the method of compounding different materials in which a plurality of different materials are filled, and the container is deformed by applying an external force to the pressing surface, the plurality of materials are compounded and delivered from the discharge port, The first material having low fluidity at a predetermined temperature set at the time of delivery and the second material having high fluidity are used, and a first layer made of the first material is formed in contact with the discharge surface, Further, a second layer made of a second material is formed in contact with the extrusion surface, and further, a protrusion that protrudes toward the discharge port toward the first layer and reaches the discharge port is formed on the second layer. Fill the above multiple materials so that the second Complex method of different materials first material, characterized in that it is combined in a state of being stacked on the fee. 3. The interface between the second layer and the first layer is parallel to the discharge surface except for the protrusion, or is curved with respect to the discharge surface while being continuously continuous with the protrusion. Alternatively, the composite method of different materials according to claim 2, wherein the plurality of materials are filled so as to be inclined with respect to the discharge surface while being continuously connected to the protruding portion. 4. A flexible container in which a pressing surface and a discharge surface facing the pressing surface are formed, and a discharge port is formed on the discharge surface, each of which forms a separate layer. In the method of compounding different materials in which a plurality of different materials are filled, and the container is deformed by applying an external force to the pressing surface, the plurality of materials are compounded and delivered from the discharge port, , A first material having low fluidity at a predetermined temperature set at the time of delivery and a second material having high fluidity are used, and among the first materials, the first material extends along the normal direction to the discharge surface. As described above, a stretched portion made of the second material is formed, and the stretched portion is located in a region outside the region between the discharge port and the extrusion surface, and is separated from the side surface connecting the discharge surface and the extrusion surface. Fill the above materials with The composite method for dissimilar materials, characterized in that the said second material to the first material is a composite in a line. 5. The method for compounding different materials according to claim 4, wherein the plurality of materials are filled so that an end of the extending portion on the extrusion surface side is separated from the extrusion surface. 6. The method for compounding different materials according to claim 4, wherein the plurality of materials are filled so that an end of the extending portion on the discharge surface side is in contact with the discharge surface. 7. The composite method of different materials according to claim 4, wherein the plurality of materials are filled so that an end of the extending portion on the discharge surface side is separated from the discharge surface. 8. The method for compounding different materials according to claim 4, wherein the plurality of materials are filled so that the extending portion has a pillar shape or a cone shape. . 9. The distance between the side surface connecting the discharge surface and the pushing surface and the edge of the discharge port is L, and the distance between the edge of the shape in which the end of the extending portion is projected on the discharge surface and the edge of the discharge port is defined. 9. The composite method according to claim 4, wherein the plurality of materials are filled so that s <L is satisfied when s is satisfied. 10. The composite method according to claim 9, further comprising filling the plurality of materials so that the distance s satisfies s ≧ 0. 11. The first material is a frozen dessert, and the second material is a syrup.
0. The composite method according to any one of 0.