JP2003084675A - Three-dimensional sample for explanation of food sample to be housed in electric appliance for home food - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a three-dimensional sample which can simply be arranged in an electric appliance for home food, which can make the arranged food correspond to the housing space of the electric appliance and which can show a food sample which can simply and inexpensively be prepared. SOLUTION: In the three-dimensional sample showing the food sample to be housed in the horizontal rack of the electric appliance for home food, a recessed and projecting picture pattern in the state of a relief three- dimensionally showing food to be housed is formed on a sheet of a size and shape nearly equal to the housing position of the horizontal rack. The three- dimensional samples of the food samples housed in a plurality of housing racks of a food storage are gathered for every commodity as a single set, thereby food sample display in the electric appliances at a store is simplified.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an explanatory sample for explaining an example of a food placed in a food storage area of a household food appliance such as an electric refrigerator and an oven.

[0002]

2. Description of the Related Art In recent years, the storage capacity of household electric refrigerators has increased, and the storage location also differs depending on the type of stored food, frozen food, and normal temperature processed food. Explanation is needed.

The explanation is given in detail in the pamphlet of the electric refrigerator, but it is troublesome to read. Therefore, the foods to be stored are placed on the exhibited products as actual size samples made of wax, plastic, or paper.

[0004]

However, such a sample is not only laborious to place in a real refrigerator in the sales floor, but also expensive to prepare the sample and attached to the purchased refrigerator. There is a problem in that it cannot be carried into the home and the treatment is troublesome even in the carried home.

In the present invention, the problem to be solved can be easily arranged in a household food appliance such as a refrigerator and can be made to correspond to a food storage space. And to provide a three-dimensional sample of food that can be manufactured at low cost.

[0006]

DISCLOSURE OF THE INVENTION The present invention is a three-dimensional sample showing an example of a food product to be stored in a horizontal shelf of household food appliances, which has a size and shape approximately equal to the storage position of the horizontal shelf. The sheet is formed with an uneven pattern that three-dimensionally shows the food to be stored.

This three-dimensional sample is a mold having a predetermined size of a plastic sheet on which the surface condition of the food or a small tray in which the food is stored is color-printed, and the surface shape of the food corresponding to the printed portion is provided in the mold. The relief-shaped three-dimensional uneven surface is formed by press molding.

[0008] By arranging this at the food storage location, the consumer's image of use can be enhanced.

Then, three-dimensional samples of the stored food examples of a plurality of storage shelves of a refrigerator or a food storage cabinet are put together into one set for each product, which makes it easy to deal with food electric appliances at the sales floor. Can be converted.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described based on an example applied to a large refrigerator of 400 liter class.

FIG. 1 shows the positions of the storage chambers a to e of the target refrigerator A and a set of three-dimensional samples 1a to 1e of the present invention arranged on the flat shelves of the respective storage chambers.

The refrigerator A shown in FIG.
Fine fresh storage room a for sausages, second storage room b for vegetables, and third independent ice room c
And a switching chamber d for storing various processed foods, and a freezing chamber e at the lowest stage.

Reference numerals 1a to 1e show three-dimensional samples arranged in the respective storage chambers a to e of the refrigerator A. In each of the three-dimensional samples 1a to 1e, the sample foods arranged in the respective storage chambers a to e are applied as a relief-shaped three-dimensional pattern on the plastic sheet having the planar shape and size of each storage chamber.

The three-dimensional sample 1a is for the uppermost fine room a, in which a sheet having almost the same size as the storage area is provided with relief unevenness in the color of a fish paste or a dried fish. Is. And since the fine fleshroom a is at the highest position in the refrigerator, it has perforations 2.
By bending from the perforations 2, the sample surface is tilted forward so that the user can confirm the sample of the stored items.

The three-dimensional sample set 1b is for a storage room b for the second-stage vegetable compartments. The storage room b is divided into an upper stage and a lower stage, and the upper stage is divided into left and right. Therefore, the three-dimensional sample 1b for the storage room b of the second-stage vegetable room is composed of 1b1, 1b2, and 1b3. Upper three-dimensional samples 1b1 and 1b2
Respectively, depending on the usage characteristics of the containment room,
Samples for shiitake vegetables, grapes, tomatoes, etc. are shaped. The numeral 3 formed on the upper three-dimensional sample 1b1 represents the cold air intake formed in the storage chamber, and is for confirming the mounting location of the three-dimensional sample 1b1. Also, the three-dimensional sample 1b3 is a cabbage, Chinese cabbage, which is stored in the lower part of the storage room b of the second-stage vegetable room,
It is a shape of a relatively large vegetable such as radish. Due to the structure of the storage room of the refrigerator, it is desirable that the lower three-dimensional sample 1b3 be visible not only from the plane but also from the front. For that, fold 2 at the top
Is formed, and the three-dimensional sample 1b3 is inclined forward and is arranged in the lower part of the storage chamber b by bending along the fold line.

The three-dimensional samples 1c1 and 1c2 are for the freezer compartment, which is the third-stage storage compartment of the refrigerator A, for the independent ice room on the left side, and
Shown for the switching room for various foods on the right. Three-dimensional sample 1c1
Represents a box in which cubic ice is stored, and a fold 2 is formed on the periphery thereof, and when this is stored in the storage box, it can be suspended on the peripheral wall.
Also, the three-dimensional sample 1c2 for the switching room for various foods on the right side
Exemplifies a stew and a sliced cucumber stored in a cooking pot, around which an edge 4 for mounting on the periphery of the storage box is formed.

Further, 1e is a three-dimensional sample set for the lowermost storage room e which is a mild freezing room, including a three-dimensional sample 1e1 representing raw meat, a three-dimensional sample 1e2 representing cooked rice, and various frozen products. It is composed of 1e3 which forms a storage box for foods. This three-dimensional sample set is folded along the folding perforations 2 so that the top surface of the three-dimensional sample 1e3 forms a storage box for various frozen foods that has the planar size of the storage chamber e. And 1e2 have a sense of reality as a size to be placed.

FIG. 2 shows a relief-shaped three-dimensional pattern of the above-mentioned second-stage three-dimensional sample 1b2. As shown in the figure, vegetables such as bell peppers and shiitake mushrooms are color-printed on a vinyl chloride sheet 5, and a die having the surface shape of each vegetable is pressed against the sheet 5, and the relief is applied to the sheet 5 surface. It is formed by forming unevenness.

As described above, the storage chambers a to
The volume and function of the refrigerator can be realistically explained by the relief effect of the three-dimensional sample to be arranged by simply preparing one set of three-dimensional samples 1a to 1e for e and arranging them in the refrigerator at the store.

[0020]

The present invention has the following effects.

1. It is possible to explain the storage function of household appliances by simply placing a three-dimensional sample consisting of a sheet having relief-shaped irregularities on the surface of which the stored food is shaped, and to enhance the usage image to the purchaser. .

2. After purchasing, food can be selectively stored without hesitation, and the functions of each storage room can be fully utilized.

3. It can be obtained at a lower cost than other conventional three-dimensional samples made of wax and wood.

4. Even if the sample for each storage room is set as a set, it does not take much space, so it does not interfere with product sales and home use.

[Brief description of drawings]

1 illustrates an embodiment of the present invention, showing a combined set of three-dimensional samples for an electric refrigerator.

FIG. 2 shows a specific example of a three-dimensional sample according to the present invention.

[Explanation of symbols]

A refrigerator a-e Each storage room of a refrigerator is shown. 1a-1e Three-dimensional sample 2 folds Picture of 3 cold air introduction holes 4 edges 5 Vinyl chloride sheet

Claims (3)

[Claims] 1. A three-dimensional sample for explaining an example of food stored in a horizontal shelf of a household food appliance, which should be stored in a sheet having a size and shape approximately equal to the storage position of the horizontal shelf. A three-dimensional sample for explaining an example of a food stored in an electrical appliance for household food, in which relief-shaped unevenness showing the food in three dimensions is formed. 2. A plastic sheet of a predetermined size is color-printed with the surface condition of the food to be stored or a small tray containing the food, and is press-molded by a mold having irregularities corresponding to the printed portion to form a relief shape. A three-dimensional sample for explaining an example of a food to be stored in the household food electrical appliance according to claim 1, wherein a three-dimensional uneven surface is formed. 3. The household food electric appliance according to claim 1, wherein when the household food electric appliance has a plurality of storage shelves, the household food electric appliances according to claim 1 or 2 are set as a set for each of the electric appliance storage shelves. A three-dimensional sample for explaining food examples.