JPH0314191Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a decorative odor-eliminating structure for eliminating bad odors in a limited space such as a room, a car, or a warehouse.

Conventional technology Conventionally, methods for eliminating bad odors in rooms, cars, and warehouses include spraying deodorants, gradually evaporating gel-like fragrances or fragrances in containers, and containers with air permeability. A known method is to adsorb malodor components with activated carbon packed in a container. Among these, the fragrance makes the smell less perceivable.

In addition, a paper honeycomb aroma device has also been proposed in which aromatic liquid is infiltrated into connected paper honeycombs, and the outer periphery of the paper honeycombs is sealed with a paraffin film in a folded state to prevent the fragrance from escaping for a long time (in practice). (Refer to Publication No. 168049 of 1973).
This aroma device also uses aroma to make the user feel no smell.

Problems that the invention aims to solve However, the spray-type deodorizing method described above lacks long-lasting deodorizing effect and is inconvenient to carry. , is heavy and bulky, making it inconvenient to carry, and the method of adsorbing malodorous components to activated carbon, which is commonly used to remove malodors from refrigerators, does not utilize physical adsorption phenomena. Therefore, the deodorizing effect was not necessarily satisfactory. All of these, when seen by the human eye, only gave the impression that there was a can or container of deodorant or air freshener, and lacked any design effect.

The paper honeycomb air freshener disclosed in Japanese Utility Model Publication No. 52-168049 is a unique type, and although it has been devised to maintain a long-lasting fragrance, it is not necessarily suitable as a decoration. First, there is the problem that when the paper honeycomb is stretched, the paraffin peels off and tends to stain hands and surrounding areas, and the original purpose of deodorizing is difficult to achieve due to the volatilization of the aromatic agent.

Although this invention uses a honeycomb structure, it effectively eliminates bad odors in limited spaces such as indoors, cars, and warehouses, and also creates three-dimensional objects that are unimaginable from the original shape. The object of the present invention is to provide an ornamental type deodorizing structure that can be used as a deodorizing structure.

Means for Solving the Problems The three-dimensionally deployable deodorizing structure of the present invention is a decorative type deodorizing structure for eliminating bad odors in a limited space, and is made of a large number of thin sheets. A deodorizing agent made from dry distillate of camelliaceae plants is attached to the honeycomb material, which can be laminated and integrated by applying adhesive in a striped manner and bonding the sheets by alternating half a pitch. At the same time, a double-sided adhesive is provided on one side of the cut piece of honeycomb material, and the cut piece of honeycomb material is configured to maintain the unfolded state of the cut piece of honeycomb material that has been expanded into a 360° three-dimensional shape by pasting one side and the other side. This is what happens.

The present invention will be explained in detail below.

The thin sheet used in the present invention is most preferably paper, but other materials such as nonwoven fabric, polymer film, and ceramic paper can also be used.

A large number of thin sheets are prepared, and adhesive is applied to each thin sheet alternately by half a pitch in a linear pattern, and then adhered to form a laminated structure. The width of this integrated laminated product can be expanded freely, and when the width is expanded, a honeycomb-like structure having a hexagonal eye shape, that is, a honeycomb material is obtained.

Applying the adhesive in a linear manner can be easily achieved by using, for example, a grooved roll having the necessary number of grooves as the application roll.

The size of the mesh in the honeycomb material obtained in this way can be set arbitrarily by appropriately selecting the spacing between the striations; the wider the spacing, the larger the mesh, and the narrower the spacing, the larger the mesh. The size of the eye is small, so select an appropriate eye size depending on the purpose.

In the present invention, the honeycomb material includes carbonized distillate of camellia family plants, more specifically, tea, sasanqua,
Attach a deodorizer mainly composed of dry distillate from the leaves of plants of the Camellia family, such as camellia, sakaki, and motsukoku. This dry distillation fraction has the effect of directly and efficiently deodorizing odor components by inclusion, neutralization, etc.
This carbonized fraction is obtained by carbonizing mainly the leaves of plants of the Camellia family under reduced pressure, and at a temperature of 180 to 200℃ at 20 mmHg.
It is obtained by boiling and collecting the distilled components. Among plants of the Camellia family, the carbonized distillate from tea leaves is particularly useful.

Note that air fresheners or fragrances are simply fragrances that make you feel less bad smells, and do not have the effect of capturing odor components or making them odorless. There is no problem in using it together with.

The amount of the above deodorizing agent impregnated on the honeycomb material is 0.0001 ~
10 g/m ² is sufficient, especially 0.01 to 2 g/m ² .

Methods for attaching the deodorizing agent to the honeycomb material include adding the deodorizing agent internally during the production of the thin sheet, applying it during or after the production of the thin sheet,
A method of impregnating the honeycomb material by dipping or spraying, a method of applying a deodorizing agent after processing it into a honeycomb material, and a method of impregnating it by dipping or spraying are both adopted.

For example, if the thin sheet is paper, the above-mentioned deodorizing agent is added to a tank during the beating process using a beater or refiner and the paper is made, or the deodorizing agent is sprayed or applied to the wet paper during or after paper making. A method of spraying or applying a deodorizing agent to paper after drying, a method of processing paper into a honeycomb material and then applying a deodorizing agent by applying, dipping or spraying are employed.

After the deodorizing agent is attached to the honeycomb material, the honeycomb material is cut into any desired shape including square, semicircular, C-shape, and U-shape to produce a product. Depending on the cutting method,
When unfolded and expanded to 360°, it can be used to create artificial flowers, spheres, cylinders,
Beautiful and tactile three-dimensional shapes that were unimaginable before the expansion, such as mushroom shapes, donut shapes, and cylinders, appear, and the viewer does not get the impression that this is a deodorizing structure.

In the present invention, in order to maintain the unfolded state of the cut pieces of honeycomb material that have been developed into a 360° three-dimensional shape, double-sided adhesive is provided on one side of the cut pieces of honeycomb material. It is configured so that it can be pasted on the side.

The deodorizing structure of this invention can be used indoors, in cars, in refrigerators, etc.
It is useful as a decorative deodorizing structure for eliminating bad odors in a limited space such as a freezer.

Function In the present invention, the deodorizing agent attached to the honeycomb material exhibits the function of eliminating bad odors in the atmosphere.

The honeycomb material not only plays the role of supporting the deodorant, but also changes the overall size and shape due to its expandable structure, adjusts the size of the eyes, and even allows the deodorant to be held in its deployed position. It plays a role in maximizing its deodorizing effect.

The double-sided adhesive provided on one side of the honeycomb cut pieces has the effect of maintaining the expanded state of the honeycomb cut pieces expanded in a 360° dimension.

Examples Next, the deodorizing structure of the present invention will be further explained with reference to Examples.

Example 1 Fig. 1 is a perspective view showing an example of the deodorizing structure of the present invention, Fig. 2 is a plan view of the deodorizing structure when it is expanded, and Fig. 3 is a front view thereof.

When dry powdered tea leaves are carbonized under a reduced pressure of 20 mmHg, the carbonized distillate that boils at 180 to 200℃ is added to the beater at 0.1 g per unit during paper making, and the basis weight is 38 g per unit.
m ² pure white paper rolls were produced.

A honeycomb material was manufactured by preparing a large number of sheets of this paper, applying a polyvinyl acetate emulsion adhesive to each sheet alternately by half a pitch using a grooved roll, and adhering the sheets in a striped manner. The maximum widening area of one eye of this honeycomb material was 100 mm ² .

The obtained honeycomb material 1 was cut as shown in the perspective view in FIG. A beautiful three-dimensional object, the front view of which is shown in the figure, was obtained. In addition, 2 in Figure 1 and Figure 2
is the location where the adhesive is applied.

The honeycomb material impregnated with the deodorizing agent is convenient because it can be folded up when being distributed or carried, and the deodorizing effect is prevented from decreasing in this folded state.

Then, by attaching the other side to the double-sided adhesive provided on one side of the cut piece of honeycomb material, a 360° three-dimensional object can be obtained. If this three-dimensional object is placed indoors, in a car, or in a refrigerator, it will effectively eliminate bad odors and will become a decoration with an excellent aesthetic and tactile feel that will make it hard to believe that it is a deodorizing structure.

Effects of the invention The deodorizing structure of the invention is convenient because it can be folded up when being distributed, carried, or not in use.
Deterioration of the deodorizing effect can be prevented even without special sealing packaging.

Depending on how the honeycomb material is cut, when it is expanded into a 360° three-dimensional shape, a three-dimensional object with an aesthetic and tactile sensation that is unimaginable from its original shape appears, making it a deodorizing structure. It does not give the impression of being opaque, and is extremely suitable as a decoration for indoor rooms, cars, and refrigerators. In addition, in this widened state, the area of contact with the atmosphere containing a bad odor becomes large, and an excellent deodorizing effect is exhibited.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing an example of the deodorizing structure of the present invention, FIG. 2 is a plan view of the structure when it is expanded, and FIG. 3 is a front view thereof. 1...Honeycomb material, 2...Adhesive application area, 3
...Double-sided adhesive.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. A decorative type deodorizing structure for eliminating bad odors in a limited space, which consists of a number of thin sheets alternately shifted by half a pitch on each sheet to form stripes. A deodorizer made from the dry distillate of Camellia family plants is attached to a honeycomb material that can be laminated and integrated by applying an adhesive and bonding in a shape, and a deodorizer made from dry distillate of plants of the Camellia family is attached to the honeycomb material. A deodorizing structure that can be developed into a three-dimensional structure, which is configured to maintain the expanded state of honeycomb material cut pieces that have been expanded into a three-dimensional dimension of 360 degrees by attaching an adhesive to one side and the other side. 2. The deodorizing structure according to claim 1, wherein the thin sheet is paper.