JPH0513830B2 - - Google Patents

Description

Detailed Description of the Invention (Industrial Field of Application) The present invention relates to a thin piece containing bioceramics that emits far infrared rays from itself and has a shape that can be attached to other objects such as a label or a sticker. It is related to.

(Conventional technology) Far-infrared rays are electromagnetic waves in a specific wavelength range, and the wavelength vibrations obtained by its radiation cause molecules constituting organic compounds (living organisms) to resonate resonant motion, causing heat generation. It improves propagation and promotes the activation of water molecules, which is effective in accelerating the ripening and preserving the freshness of organic compounds (fresh foods, etc.).
However, a technique for easily utilizing such purposes and effects has not yet been disclosed.

As a result of intensive research into bioceramics, the inventors of the present invention focused on the fact that bioceramics are substances that emit far-infrared rays, and developed a technology for utilizing them.

(Technical Problem) Therefore, the object of the present invention is to provide a thin piece containing bioceramics that can be easily applied to various articles such as labels and stickers and can easily utilize the effect of far infrared rays. It is about providing.

(Technical Means) The present invention, which achieves the above object, has a layered structure in which two or more selected from the following three points are stacked together: paper, a synthetic resin film or sheet-like thin material, and a fixing means. The flake has powder or colloidal material mixed and dispersed in at least one of the two selected points as a bioceramic material, which is an inorganic high-temperature sintered body mainly made of platinum, alumina, and palladium. A thin piece containing bioceramics characterized by being

The bioceramic material in the present invention is an inorganic high-temperature sintered body whose main raw materials are platinum, alumina, and palladium, and is in the form of powder or colloid. The far infrared rays emitted by this bioceramic material have a wavelength of 5 to 14 microns, which broadly matches the absorption spectrum of organic compounds.

Because the thin strip of the present invention is in the form of a label or a sticker, it is easy to use and has the remarkable feature that it can be written on and printed in the same way as ordinary paper. Furthermore, by changing the amount of bioceramics mixed (or processed) into the whole flake, a time difference is created in the effect obtained. The mixing rate and effective time are shown below. Below is the volume
This is a case where a 70 mm x 70 mm thin piece is attached to a 1000 ml object.

Contamination rate (%) Effect time (minutes) 1-5% Continued for 60 minutes or more 6-10% 30 minutes or more 〃 10% or more 10 minutes or more 〃 The method of mixing bioceramics is arbitrary.
For paper, it can be dispersed as appropriate during the papermaking process, for thin material before forming the synthetic resin into a film or sheet, and for the fixing means during the manufacturing process for adhesives, adhesives, etc.

In the present invention, the term "fixing means" refers to adhesives in general as well as adhesives used in adhesive tapes, etc., and is used for the original purpose of fixing the thin piece containing the bioceramics of the present invention to other objects. Used to facilitate tasks. Therefore, if there is no need to provide a fixing function,
It is not necessary to provide an adhesive surface.

(Action of the Invention) Since the flake containing the bioceramics of the present invention is constructed as described above, it emits far infrared rays of 5 to 14 microns. Comparing this using an example of living temperature range, we get the following.

Temperature wavelength Temperature for grilling meat and fish 280C 5.2 microns Tempura oil 180 6.1 Boiled food, boiling oil 100 7.8 Body temperature 36.5 9.4 Refrigerator 5 11.5 Frozen tuna −55 13.3 Therefore, the thin slice of the present invention allows far infrared rays to emit the same wavelength When the radiation is applied to the molecules of the above-mentioned objects, the molecules absorb the far-infrared energy and vibrate even more violently, causing a resonance/resonance effect, which causes the molecules of the target object to intertwine. They collide and cause self-heating, which generates heat and energy.

(Example) The drawings illustrate the structure of a thin piece containing the bioceramics according to the present invention, where FIG. 1 is a perspective view and FIG. 2 is a cross-sectional view, where the layer mixed with the bioceramic material is a collection of dots. It is shown by.

In Fig. 2, a shows a paper 1 in which a bioceramic material 2 is mixed and dispersed, and an adhesive surface is provided on the lower surface of the paper 2 as a fixing means 3, and the reference numeral 4 indicates a peeling mount.

The paper 1 can be freely printed, etc., and has a structure that can be used by adhering it as appropriate.

Figure b shows an example in which the bioceramic material 2 is mixed and dispersed in the adhesive as the fixing means 3 provided on the lower surface of the paper 1. Since the bioceramic material 2 is dispersed in the fixing means 3, any kind of paper 1 can be used, and there is a great degree of freedom in implementation.

In FIG. 1C, a paper 1 and a thin sheet material 5 made of polyethylene film are superimposed, and the same pressure-sensitive adhesive or adhesive as described above is used as a fixing means 3 on the lower surface of the thin sheet material 5.

The specific effects of the thin flakes (hereinafter abbreviated as bio-thin flakes) according to the present invention will be shown below using usage examples.

Acceleration of ripening Bio flakes activate water molecules in substances,
It has the effect of accelerating structural changes in molecules and ripening substances.

Use example 1: When applied to alcoholic beverages such as sake, wine, whiskey, and brandy, the following differences in aroma and taste occurred.

Bio-labeled wine Non-labeled wine Aroma Harmonious Persistent Taste Mild Sour Whiskey Aroma Normal Light Taste Mellow Normal sake Taste Beautiful Normal usage example 2... When applied to milk and dairy products, the body becomes more intense.

Use example 3: When applied individually to fruit, the fruit was ripened and its moisture, sweetness, and aroma increased.

Use example 4: When applied to miso, soy sauce, mayonnaise, etc., "salt familiarity" progressed and the taste and flavor became stronger.

Syneresis control/flavor maintenance Bio flakes activate water molecules in substances,
By increasing the hydration of the substance, it has the effect of suppressing water separation and maintaining flavor.

Use example 5: When applied to a jelly-like confectionery containing moisture, the texture became smooth and the flavor increased.

Use example 6: When applied to perfume, component separation and evaporation were suppressed.

Freshness preservation Bio flakes activate water molecules in living organisms,
It has the effect of activating survival enzymes and suppressing erosion by bacteria. It also speeds up heat propagation and enables efficient temperature transfer.

Use example 7: When applied to eggs, the eggs boiled quickly and peeled cleanly without any cracks.

Use example 8: When applied to film-wrapped fresh foods such as vegetables, meat, and fish, dripping and browning phenomena were suppressed and freshness was maintained.

Use example 9: When applied to lotions, creams, lipsticks, etc., it adhered better to the skin and prevented deterioration.

Use example 10: When applied to the packaging material of frozen foods, temperature is transferred to the center in a short time, allowing frozen foods to be stored while maintaining freshness and flavor. The fried foods were fried in a short amount of time, with a nice crisp color, and there was little dirt from the frying oil.

Water Refining Biolabel has the effect of activating water such as tap water and neutralizing chlorine, removing the chlorine odor and making the water slightly alkaline.

Usage example 11: When attached to a cold water pot filled with tap water, the water became delicious and free of chlorine odor. In addition to drinking water, water for diluting, ice, boiled food,
It is also used for cooking rice, etc.

[Brief explanation of the drawing]

The drawings show an example of a thin piece containing bioceramics according to the present invention, and FIG. 1 is a perspective view;
Figures 2a, b, and c are cross-sectional views of three structural examples.

Claims (1)

[Scope of Claims] 1. A thin piece having a layered structure in which two or more selected from the following three points are stacked together: paper, a synthetic resin film or sheet-like thin piece material, and a fixing means, which comprises: At least one of the two selected items is characterized by being a bioceramic material, which is an inorganic high-temperature sintered body whose main raw materials are platinum, alumina, and palladium, with powder or colloidal substances mixed and dispersed therein. A thin piece containing bioceramics.