KR101128147B1 - Natural loess stone - chamaecyparis obtusa for bedclothes the inside quality - Google Patents

Abstract

PURPOSE: A natural loess stone-cypress filler material for bedding is provided to facilitate healthy use of a bed by employing the effect of natural loess besides the phytoncide of cypress. CONSTITUTION: A natural loess stone-cypress filler material for bedding comprises inner nonwoven fabric(1), first and second cotton(2,2`), cypress particles(3), and outer nonwoven fabric(1`). The inner and outer nonwoven fabric are yellow nonwoven fabric dyed with natural loess powder(4) that is obtained by pulverizing natural loess stone containing fossil salt. The second cotton is laminated on the cypress particles and natural loess powder. The outer nonwoven fabric is laminated on the second cotton.

Description

NATURAL LOESS STONE-CHAMAECYPARIS OBTUSA FOR BEDCLOTHES THE INSIDE QUALITY}

The present invention relates to an acupuncture material composed of loess stone having far-infrared rays and anion's radiation characteristic rich in phytoncide which is a natural antibacterial ingredient unique to Cypress.

The forest is rich in phytoncide. Phytoncide is formaldehyde, excellent antimicrobial and enhancing effect such as reduction, non-toxic, non-irritating to the skin, trimethylamine (fishy) decreases, staphylococcus or sterilization pneumoniae etc. of volatile organic compounds (VOC _s), flesh (殺)) There are many benefits such as viruses, stress reduction, sedation, memory enhancement and concentration.

Due to the efficacy of phytoncide, recent attempts to cure diseases such as cancer, atopy, dermatitis, asthma, rhinitis, stress, and depression in forests are increasing.

There is an attempt to see the efficacy of phytoncide in daily life. As a bedding material or a bed mat material, a cypress with abundant phytoncide emission is used. If you use cypress as bedding, you can see the effect of forest bathing. Common cheatton feed effects that can be encountered in daily life include antibacterial, antiseptic, anti-mite, eliminating bad breath, mental stability, stress relief, atopic treatment, rhinitis treatment.

Patent Nos. 1001732 and 725819 have a cypress base frame and a cover frame or bottom plate affected by heating means, and a cypress or cypress tree applied to the bed mattress of Utility Model No. 452717 and the fibers of Patent No. 964027. 닢 is a heat treatment product using what was heated to 70 ~ 80 ℃ for several hours.

When the cypress receives heat above room temperature, the phytoncide release ability deteriorates more than 90%, so heating above room temperature is contraindicated. In this regard, the use of heat-treated cypresses, whether textiles or bedclothes, is a sub-product of questionable efficacy.

On the other hand, there is a proposal that adds the far-infrared efficacy of ocher to the phytoncide efficacy of cypress. The thermal beds of patents 725819 and 1001732 are representative. However, the ocher applied to these prior arts is difficult to expect a sufficient effect because of the limited amount of far-infrared radiation.

On the other hand, Korean Patent Laid-Open No. 2011-62420 introduces a bedding material in which unheated cypress and its powder are loaded into a fiber bag. However, in this bedding material, not only loess but also far-infrared radiation and far-infrared radiation continuously, the strong far-infrared efficacy of ocherite is not expected in the first place, and it is lying on the fine powdered cypress and its tree while resting or sleeping. There is a great economic loss from material loss because it can't be massaged, and some of it is lost while moving to and from bedding.

Moreover, without the use of dense tissue fibers, it is not possible to prevent the cypress and its powder from leaking out of the ocher fibers during use.

Therefore, the present invention is to provide a loess-cypress wood bedding material that can see the efficacy of phytoncide and far-infrared and anion efficacy much richer than ordinary loess.

The above problem is to spray the Cypress particles and the ocher powder into equal parts on the cotton laminated on the back side nonwoven fabric, and then to put the cotton on the Cypress particles and the ocher powder layer, and then lay the surface nonwoven fabric on it, Achievement with ocher-cypress bedding material, protected from powder leakage.

It is a phytoncide of cypress, which has excellent effects in various aspects, such as its characteristic fragrance, strong air purification, neutralization of harmful substances, skin sterilization, deodorization, and reinforcement of respiratory, cardiopulmonary, and vascular functions. It is possible to lead a healthier bedroom life with the addition of rich far infrared rays, which have excellent effect on improving constitution, excellent detoxification, toxin removal, and activation of substances, and the effect of ocherite with excellent radiation of negative ions and air purification.

1 is a partially developed perspective view of a bedding material loaded with cypress particles and loess powder according to the present invention
2 is an exploded view
Figure 3 is an illustration of beads coated with ocher powder on the cypress particles
Figure 4 is an illustration of loess powder beads

In Figs. 1 and 2, the bedding material consists of a back side nonwoven fabric (1), two layers of cotton (2, 2 '), cypress particles (3), ocher powder (4) and a surface nonwoven fabric (1'). .

The backside nonwoven fabric (1) and the surface nonwoven fabric (1 ') are made of cotton (2, 2') while preventing the loess powder (4) that can escape the tissue of the cotton (2) (2 ') from leaking out of the bedding material. To act as an epidermis to protect it from being decomposed, the loess powder (4) is a kind of non-woven fabric that can not be easily escaped, but only phytoncide, far infrared rays and anions can be released to the outside by the developed microscopic micropores.

The back side nonwoven fabric 1 and the surface nonwoven fabric 1 'include a yellow nonwoven fabric colored with ordinary ocher or ocher powder 4. When the nonwoven fabric (1) and the surface nonwoven fabric (1 ') stained with yellow soil are also heated, far infrared rays are radiated, and due to the inherent efficacy of the loess, it is particularly effective for the prevention of molds due to the elimination of dust mites and the antifungal properties. You can enjoy a healthy bed life.

The cotton (2, 2 ') is a cypress particle (3) and ocher powder (4) charged between them to enter into the filament tissue to give a sense of stability while exerting a sense of elasticity to make a warm feeling.

Cypress particles (3) are relatively fine particles with a particle size of 1 to 3 mm, reminiscent of cypress sawdust, and are naturally dried in the shade so that the inherent aroma and phytoncide components are retained. Powdered cypress is possible, but the smaller the particles, the more phytoncide components are volatilized, and less effective. If the particles are too large, they can be cut when lying or laying down.

The loess powder 4 is obtained by powdering loess. Ocher is a sedimentary rock formed under earthquake pressure for tens of thousands of years, and salt is naturally deposited in the soil as the sea becomes land.

Normal salt is 99% sodium chloride and its purity is low due to the mixing of impurities. The anion generated when evaporated under heat is minimal. Because of this, this salt has a slight effect on air purification, fine dust reduction, deodorization and electromagnetic neutralization.

Ocher contains 46% fossil salt. Fossil salts are 96% sodium chloride, and the remaining 4% are calcium, magnesium, potassium and iron. Compared to normal salt, calcium is 29.5 times, magnesium 15 times, potassium 2.9 times, iron 388 times and is rich in minerals. Moreover, it melt | dissolves absorbing water, and when it adds heat and evaporates, Cl <^-> arises. Fossil salts are also rich in these anions. Negative ions are effective in purifying air, reducing fine dust, deodorizing, neutralizing electromagnetic waves (cations), treating atopic asthma rhinitis, and reducing allergies.

It contributes to the elimination of bacteria by radiating quantitatively far-infrared rays than ordinary ocher, and expands capillaries, which contributes to the circulation of blood and the formation of tissues. Vibration activates the tissue to improve alkaline constitution.

In addition, 200 to 250 million microorganisms live in one spoon of ocher powder, and there are about 1,300 different enzymes. Among them, beneficial enzymes such as catalase, diphenoloxydiase, saccharase, and protease remove toxins and also decompose and purify fertilizers.

Figure 3 is a case of natural drying by coating the cypress particles 3 with ocher powder (4). When the cypress particles 3 coated with ocher powder 4 are heated or exposed to sunlight to dry rapidly, hair creeks are formed on the surface and phytoncide components are likely to be volatilized. Undesired volatilization of the hair creek and phytoncide is a cause of detriment and quality of the oak powder (4) coated cypress particles (3). Thus, the cedar particles (3) coated with ocher powder (4) is transferred to a well-ventilated shade to dry for a long time to obtain sufficient coating strength. It can be mixed with the cypress particle 3 and the ocher powder 4.

Microscopic observation showed that the ocher marble powder (4) did not completely cover the surface of the cypress particle (3), but had sparsely empty spaces that looked like pores. The coating state of the loess powder 4 helps the phytoncide emanate out of the beads in the cypress particles 3.

Figure 4 illustrates the case of applying the loess powder (4) made of beads. This ocher powder bead may also be mixed with a cypress particle (3), ocher powder (4), oak particle (3) and ocher powder (4) coated with ocher powder.

Ocher powder (4) is also hiding the tissue of cotton (2,2 ') and may appear to be a yellowish yellow color. When the ocher powder (4) is coated on the cypress particle (3) is mixed, when the ocher powder (4) peeled there is charged or mixed in the form of beads, the ocher powder (4) broken in the dictation is The same dyeing phenomenon occurs.

In any case, however, the ocher powder (4) once hidden in the cotton (2, 2 ') is still there, but rarely escapes out of the cotton (2, 2'). The possibility of the ocher powder 4 escaping the nonwoven fabric 1 and the surface nonwoven fabric 1 'from which the tissue is much denser than that of the cotton 2, 2' is even less likely. Therefore, the safety of the charged state of the loess powder (4) is high.

In order to fix the state of uniform distribution of the cypress particles 3 and the loess powder 4, they are laid in a stacked state and shaped into separate bags.

1: back side nonwoven fabric
1 ': surface nonwoven
2,2 ': Cotton
3: cypress particles
4: ocher powder

Claims (5)

Backside nonwoven fabric (1), cotton (2) laminated on backside nonwoven fabric (1), cypress particles (3) and ocher powder (4) evenly spread on the cotton (2), and cypress particles (3) ) And cotton (2 ') laminated on ocher powder (4) and surface nonwoven fabric (1') laminated on this cotton (2 '),
The back surface nonwoven fabric (1) and the surface nonwoven fabric (1 ') are yellow nonwoven fabrics colored with ocherite powder (4), and the ocherite powder (4) powders ocherite containing fossil salts, and is evenly placed on the cotton (2). Cypress wood particles (3) and ocher powder (4) to be sprayed is characterized in that the coating of the ocher powder (4) and the ocher powder (4) in the form of beads to be sprayed mixed use Loess-cypress bedding. delete delete delete delete

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