KR20170001511A - Vaporization Cushion Structure - Google Patents

Abstract

The present invention relates to a vaporization cushion body 6 having excellent sterilization, deodorization and deep sleep effects and, more specifically, to a vaporization cushion body 6, comprising: a dome-shaped cushion body (10); and a globular vaporization body (20A) coated with a vaporization agent (23) on the whole surface of the vaporization agent-coated base (20a).

Description

Vaporization Cushion Structure 6 {Vaporization Cushion Structure}

Pillow, cushion, neck cushion, backrest, mattress, futon, etc., and the method of making it

The vaporizing sulphurizing agent used in the present invention may be at least one selected from the group consisting of phytoncide oil, phytoncide distilled water, aroma oil, perfume, vitamin liquid, fruit refining liquid, vegetable refining liquid, plant oil, distilled water of plants, Can be used.

Phytoncide, which is one of the various vaporizing emulsifiers used in the present technology, is obtained by steaming and distilling white flakes to obtain phytoncide oil and distilled water. Such phytoncide oil, phytoncide distilled water and a curing agent are mixed to prepare a phytoncide gel, and phytoncide oil and distilled water are absorbed into a polysaccharide component such as carrageenan, gelatin and guar gum such as a hardening agent or a synthetic polymer resin to prepare a phononchide gel, Based polymer such as polyvinyl chloride, polyethylene vinyl acetate or the like, such as sodium stearate butadiene or a copolymer thereof, is mixed with phytoncide oil and distilled water to prepare a polymer phytonchide gel. The gel can also be classified as an aqueous gel or an oily gel, depending on the type of volatile agent used. Water is used for the aqueous gel, and organic solvents such as limonene or isoparaffin are used for the oily gel. In the case of aqueous gel, a gelling agent such as gelatin, carrageenan, agar, xanthan gum and gellan gum may be used as the gelling agent. In the case of oily gel, a gelling agent such as aluminum stearate and sodium stearate may be used.

Phytoncide is a substance secreted by plants to resist pathogens, insects and fungi. Drinking phytoncide through a forest bath is said to relieve stress and enhance intestinal cardiopulmonary function. The word phytoncide is the word first published by the American bacteriologist Waxman in 1943, which is a Russian word for "Phyton, kill cide." Waxman is the name for the discovery of streptomycin in the fight against tuberculosis He received the Nobel Prize for Medicine in 1952. Phytoncide protects itself from pests and insects by the elements that trees and plants excrete. The ingredients that trees and plants emit are antimicrobials and ingredients that stabilize the mind and body of people. When you take a bath, you feel refreshed. It is helpful. Cottonwood used in the production of phytoncide is a perennial plant, and it releases phytoncide most beneficial to human body in the conifer. For this reason, It is used for various treatments through phytoncide, and it can be seen that it is good for allergic skin even if it is walked in a woodblown forest or it is washed in water leaved with a leaved tree leaf.

Phytoncide oil and phytoncide distilled water obtained by steaming a piece of wood and distilled phytoncide can be obtained from a variety of woods (Phytoncide amount in summer / winter (ml / 100g) - plain wood 5.5 / 5.2, conifer wood 4.8 / 3.9, cedar 4 / 3.6, fir 3.3 / 2.9 , Pine tree 2.1 / 1.8, pine tree 2.1 / 1.6, pine tree 1.3 / 1.7, and cinnabar tree 1.3 / 1}. However, it is mainly used for producing phytoncide oil and phytoncide distilled water.

Phytoncide is an effective antiseptic and antimicrobial agent for antibiotic-resistant Staphylococcus aureus, Listeria spp., Legionella spp., Causing food poisoning, meningitis, food poisoning and the like and is very useful for reducing human stress. This is a component of the phytoncide terpenu refreshing mind and body, sleep time extension and helps to take a good night. Phytoncide is also effective in allergy and skin diseases. House dust mite is pointed as a cause of various diseases, and a representative example is atopic dermatitis. Phytoncide of the plain wood has an excellent effect to suppress the growth of house dust mite which causes various skin diseases such as atopy and allergy In addition, it greatly alleviates the most severe symptoms of these skin diseases, itching.

Also, phytoncide is known to affect the immune system, and the deodorization effect is excellent. Deodorization is a function of converting the odor into nutrients necessary for the body through the phytoncide to prevent smell.

On the other hand, aroma oil used in the technique of the present invention is a herbal oil extracted from flowers, fruits, seeds and leaves of plants. Aroma oils are widely used as natural fragrances, and are used for aromatherapy or aromatherapy of aroma therapy . Aromatherapy is a natural theraphy aimed at maintaining the homeostasis of the human body by restoring the balance between body and mind by using the fragrance and efficacy of the plant.

Among the many kinds of aroma oils, representative aroma oils include lavender, peppermint, eucalyptus, rosemary, lemon and the like.

*. The lavender fragrance is very effective in relieving insomnia and anxiety. It can also be used as a soothing agent for headaches and muscle aches, and it can also be used for scars, burns, insect bites, and regulates sebaceous glands.

*. The cool fragrance of peppermint is effective for fatigue recovery and is suitable for oily and troublesome skin. It is also a useful fragrance for patients with rhinitis and asthma because it has respiratory and analgesic effects.

*. Eucalyptus flavor is good for antiviral action and disinfection. Especially, it has excellent sterilizing effect on respiratory system and smoothes blood circulation, so it is very effective for treating and relieving muscular pain, arthritis and rheumatism. It is also known that diabetic patients significantly lower their diabetes levels.

*. Rosemary flavor has the effect of enhancing concentration and memory, and stimulates the diuretic action to calm the swelling. It also has sterilizing disinfection, analgesic and blood circulation effect. It is good for use in muscular pain and arthralgia. It has a function to make skin elastic and clean. It is effective in preventing skin aging and acne treatment.

*. The lemon fragrance is a refreshing and complex head for the depressed and complex head. It strengthens the digestive and circulatory system and smoothes blood vessels and blood flow. It has a nosebleed hemostatic effect. It relieves nasal congestion, bronchitis and migraine, There is also.

In addition, a mineral or metal containing a large amount of germanium component used in the technique of the present invention releases a large amount of negative ions into the air. Anions increase antioxidant activity by inhibiting the activity of active oxygen in the body and preventing aging by increasing the electron concentration in the blood. It also helps increase the blood pH, and by acting on the cerebrum, it controls the serotonin concentration in the brain to reduce anxiety and tension. And it provides a less secreted environment of stress hormones, and anion in the atmosphere increases the effect of the human body as a result, the blood circulation and metabolism more active and can lead to increased immunity. It is known that 400-1000 anions should be present per cm ^{3 of} air for a healthy life, but the anions measured in Seoul city center are said to be close to zero. Eventually, the cation generated by the urban environment is neutralized by meeting with the anion, so that the anion hardly exists. On the other hand, in the forests and beaches where pollutants are hardly present, anion is more abundant than positive ions, so that you can feel fresh feeling.

The present invention relates to a cushion body having sterilization, deodorization, smell diffusion and air purification ability.

1. It is an object of the present invention to provide a vaporized diathermic cushion body coated with phytoncide oil or phytoncide gel excellent in sterilization, deodorization and a good sleeping effect and used as a pillow, a cushion, a neck cushion, a backrest, a mat,

2. It is an object of the present invention to provide a vaporized diaper cushion body coated with an aromatic oil or an aroma gel excellent in smell and sleeping effect and used as a pillow material such as a pillow, a cushion, a backrest, a mat,

3. It is an object of the present invention to provide a vaporization diverting cushion body equipped with an anion emitting body containing a large amount of germanium and having excellent antioxidative action.

One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a plurality of through holes (14) are formed in a hemispherical dome formed by a dome outer diameter (12) and a dome inner diameter (13) smaller than the base disc (11) in the base disc (11) (10)

The spherical vaporization divergent member 20A coated with the vaporization divergent agent 23 on all the surfaces of the evaporation diver fixing base 20a in which a large number of evaporation divergent fixing holes 22a are formed in the spherical body 21a ,

The spherical evaporation diverging body 20A is inserted into the dome inner diameter 13 of the upper and lower dome type cushion body 10 and the base plate 11 of the upper and lower dome type cushion body 10 is ultrasonic welded or high frequency welded, And is provided to the cushion body (100).

One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a plurality of through holes (14) are formed in a hemispherical dome formed by a dome outer diameter (12) and a dome inner diameter (13) smaller than the base disc (11) in the base disc (11) (10)

An antireflective evaporation diaphragm 20B in which a vaporization divergent 23 is applied to all surfaces of a vaporization diver fixing base 20b in which a large number of evaporation divergent fixing holes 22b are formed in a hemisphere 21b, ,

One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a disk-shaped cushion body 30 formed by cutting a material of the disk-

The vaporizing divergent diaphragm 20B is inserted into the dome inner diameter 13 of the upper dome type cushion body 10 and the edge of the base disk 11 of the upper dome type cushion body 10 and the edge of the lower disk type cushion body 30 Ultrasonic welding, high frequency welding, bonding or sewing, to the vaporization diverting cushion body 200.

In the vaporization diverting cushion body of the present invention,

      1. It is suitable for use as a pillow, cushion, neck cushion, backrest, mattress, quilt, etc. because it has a cushion function, which is excellent in disinfection, deodorization and sleeping effect.

      2. Aromatic fragrance with excellent smell and sleeping effect is emitted and it is suitable for use as pillow material such as pillow, cushion, neck cushion, backrest, mat, quilt and so on.

3. It is suitable for use as pillow, cushion, neck cushion, backrest, mat, quilt, etc. because it has excellent antioxidant anion emission and cushion function.

1 is a structural diagram of a vaporization diverting cushion body 100 according to the present invention;
Fig. 2: Shape of the dome-shaped cushion body 10 of the vaporization diverging cushion body of the present invention
Fig. 3: Shape of vaporization divergent 20A of vaporized diaper cushion of the present invention
4: Structure of the vaporization diverting cushioning body 200 of the present invention
5: Shape of vaporization divergent body 20B of the vaporization divergent cushion body of the present invention
6: Shape of the disk-shaped cushion body 30 of the vaporization diverging cushion body of the present invention

      The present invention relates to a vaporized diaper cushion body to which phytoncide oil or phytoncide gel excellent in sterilization, deodorization and sleeping effect is applied, a vaporized diaper cushion body to which aroma oil or aroma gel excellent in smell and sleeping effect is applied, and germanium The object of the present invention is to provide a vaporizing diaper cushion body equipped with an anion dispersing agent excellent in antioxidant action and being used as a pillow material, a cushion, a neck cushion, a backrest, a mat,

Further, the present invention relates to a method for preparing a herbicidal composition comprising a hardening agent and a natural adhesive agent such as phytoncide oil, phytoncide distilled water, aroma oil, perfume, vitamin liquid, fruit refining liquid, vegetable refining liquid, plant oil, distilled water of plants, The present invention provides a vaporized diaper cushion which is applied with a vaporized emollient or a phytoncide oil, phytoncide distilled water, aroma oil, perfume, vitamin liquid, fruit refining liquid, vegetable refining liquid, vegetable oil, distilled water, , A plant extract, and the like.

BRIEF DESCRIPTION OF THE DRAWINGS Fig.

[Fig. 1] is a structural view of the vaporized divergent cushioning body 100 of the present invention. Fig. 2 is a view of the dome-shaped cushioning body 10 of the vaporization diverting cushion body of the present invention, Of the vaporized divergent body 20A of the vaporized diverging cushion body.

       100-1: Configuration of vaporization diverting cushion body (100)

As shown in Fig. 1, comprises an upper and lower dome type cushion body 10 and a vaporization diver 20A.

100-2: Structure of vaporization diverting cushion body (100)

As shown in [Figure 2], it can be produced by injection molding with one of soft plastic, rubber, silicone and urethane, foam molding with foaming material, or molding with soft plastic, rubber, silicone, urethane, sponge, cloth, A plurality of through holes 14 are formed in a hemispherical dome formed by a dome outer diameter 12 and a dome inner diameter 13 smaller than the base disk 11 in the base disk 11, A cushion body 10,

As shown in Fig. 3, a plurality of vaporization diverting fixing holes 22a are formed in the sphere 21a, and a vaporizing divergent 23 is applied to all surfaces of the vaporization diver fixing base 20a, Body 20A,

The spherical evaporation diverging member 20A is inserted into the dome inner diameter 13 of the upper and lower dome type cushioning body 10 and the base plate 11 of the upper and lower dome type cushioning body 10 is subjected to ultrasonic welding or high frequency welding Glued or sewed to the vaporizing diverging cushion body 100.

[Fig. 4] is a structural view of the vaporization diverting cushion body 200 of the present invention, [Fig. 5] is a diagram of the vaporization diverging body 20B of the vaporization diverting cushion body of the present invention, and [Fig. 6] Fig. 2 is a schematic view of the disk-shaped cushion body 30 of the vaporization diverting cushion body of Fig.

200-1: Configuration of vaporization diverting cushion body (200)

As shown in Fig. 4, comprises an upper and lower dome type cushion body 10, a vaporization diverging body 20B, and a disk-shaped cushion body 30.

200-2: Structure of vaporization diverting cushion body (200)

As shown in [Figure 2], it can be produced by injection molding with one of soft plastic, rubber, silicone and urethane, foam molding with foaming material, or molding with soft plastic, rubber, silicone, urethane, sponge, cloth, A plurality of through holes 14 are formed in a hemispherical dome formed by a dome outer diameter 12 and a dome inner diameter 13 smaller than the base disk 11 in the base disk 11, A cushion body 10,

As shown in Fig. 5, on the entire surface of the evaporation diver fixing base 20b, in which a large number of vaporization diverting fixing holes 22b are formed in the hemisphere 21b, a vaporizing shedding agent 23 is applied, A vaporization diver 20B,

As shown in FIG. 6, the injection molding is performed by injection molding with one of soft plastic, rubber, silicone, and urethane, foam molding with a foaming material, or injection molding using a flexible plastic, rubber, silicone, urethane, sponge, cloth, And a disc-shaped cushion body (30) formed by cutting one of the woolen urethane plate materials into a disc shape,

As shown in Fig. 4, the semi-spherical vaporizing divergence 20B is introduced into the dome inner diameter 13 of the upper dome type cushion body 10, and the base disk 11 of the upper dome type cushion body 10 and the lower disk- The edge of the cushion body 30 is ultrasonically or high-frequency fused, adhered or sewn to provide the vaporization diverting cushion body 200.

# 300-1: Fabrication and manufacture of elements of vaporizing diaphragm cushion body

  1) The dome-shaped cushion body 10,

     1. It is made by injection molding with one of soft plastic, rubber, silicone and urethane.

     2. It is made by compression molding with one of rubber, silicone and urethane.

     3. Mixing a plastic or rubber (foaming agent such as PE, polyurethane, sponge, styrofoam etc.) with a foaming agent and injecting it into a foaming mold and foaming it.

4. It is made by compression molding with one of soft plastic, rubber, silicone, urethane, sponge, cloth, nonwoven fabric, nonwoven felt, cotton pad, woolen urethane plate material.

  2) The evaporation divergent fixation bases 20a and 20b of the evaporation divergent members 20A and 20B,

      1. It is made by injection molding with one of plastic, rubber, silicone and urethane.

      2. It is made by compression molding with one of rubber, silicone and urethane.

      3. It is made by injection molding using plastic material mixed with one powder of rubber, silicone and urethane.

      4. It is produced by compression molding using plastic material mixed with powder of rubber, silicone or urethane.

      5. It is produced by injection molding of a mixture of powder of one of rubber, silicon and urethane and titanium metal powder in a plastic chip.

      6. It is made by mixing powder of one of rubber, silicon and urethane with titanium metal powder and compression molding.

      7. It is made by injection molding of rubber, silicon or urethane powder mixed with gravelite mineral powder in plastic chips.

      8. It is made by mixing rubber powder, silicon powder and urea powder in plastic chips and compression molding.

      9. Mixing a single component such as clay, loess, kaolin, limestone, various stone stones or stone powder of clay, clay, loess, kaolin, limestone and various stones with titanium metal powder, Molding and drying.

     10. We mix a single component such as clay, loess, kaolin, lime, stone powder of various stones or stone powder of clay, clay, loess, kaolin, lime stone of various kinds of stone and gravel stone mineral powder and make solid Compression molding and drying.

     11. Manufactured by forging or machining with titanium metal containing a large amount of germanium component.

12. It is produced by making compacted gypsum mineral powder containing a large amount of germanium component and then drying it by compression molding and drying.

  3) Vaporizer (23)

    A: vaporized divergent gel

      1. Phytoncide gel

      Mixed with a mixing material of 15% of phytoncide distilled water, 60% of phytoncide oil, 3% of gelatin powder or agar powder, 7% of rice flour or wheat flour or starch, 5% of shell powder or stone powder or loess powder, To prepare a phytonchide gel for application.

      2. Aroma gel

Mixed with a mixing composition of 15% water, 60% aroma oil, 3% gelatin powder or agar powder, rice flour or wheat flour or starch 7%, shell powder or stone powder or loess 5% Aroma gel for application is prepared.

    B: vaporized divergent solution:

      1. Phytoncide oil

      100% phytoncide oil is used, or phytoncide color oil is prepared by mixing 3% edible pigment and 97% phytoncide oil with stirring.

      2. Aromatherapy oil

100% aroma oil is used, or 3% of food coloring matter and 97% of aroma oil are mixed by stirring to produce aroma color oil.

    C: Gel-type vaporizing emulsifiers specially prepared:

      1. Mix one or any of the other additives (aroma oil, perfume, vitamin liquid, fruit refinement liquid, vegetable refinement liquid, vegetable oil, distilled water of plants, plant extracts, plant extracts) with phytoncide oil The prepared gel can be used as a phytoncide vaporization emulsifier for application.

2. Mix one of the other additives (phytoncide oil, perfume, vitamin liquid, fruit refinement liquid, vegetable refinement liquid, vegetable oil, distilled water of plants, plant extracts, plant extracts) or mixtures thereof with the main aroma oil The prepared gel can be used as an aroma vaporization emulsifier for application.

    D: Specially manufactured oil type vaporizer

      1. Mix one or any of the other additives (aroma oil, perfume, vitamin liquid, fruit refinement liquid, vegetable refinement liquid, vegetable oil, distilled water of plants, plant extracts, plant extracts) with phytoncide oil The prepared oil can be used as a phononchide vaporization emulsifier for application.

2. Mix one of the other additives (phytoncide oil, perfume, vitamin liquid, fruit refinement liquid, vegetable refinement liquid, vegetable oil, distilled water of plants, plant extracts, plant extracts) or mixtures thereof with the main aroma oil The prepared oil can be used as an aroma-vaporizing emulsifier for application.

# 300-2: Vaporization emulsifier of vaporized diatomic cushion body (23) Coating process

1. Vaporization divergent fixation bases 20a and 20b of vaporized divergent diverters 20A and 20B are precipitated in a vaporized divergent divergent gel or vaporized divergent solution on the athlete's surface and then recovered from the vaporized divergent divergent gel or vaporized divergent solution The vaporization dispersant 23 is applied to the entire surface of the diacid fixing bases 20a and 20b.

2. The vaporized divergent divergent gel or vaporized divergent solution on the isthmus is sprayed onto the evaporation divergent attachment bases 20a and 20b of the vaporized divergent diverters 20A and 20B and dried to vaporize the entire surface of the vaporizable divergent fixing bases 20a and 20b The diverging agent 23 is applied.

10: Domed cushion body
11: base plate, 12: outer diameter of the dome, 13: inner diameter of the dome, 14:
20A: spherical evaporation divergent, 20B: semi spherical evaporation diver
20a, 20b: vaporization diverting fixing base
21a: sphere, 21b: hemisphere, 22a: vaporization divergent fixing hole, 22b: vaporization divergent fixing hole, 23:
30: disk-shaped cushion body
100, 200: vaporized divergent cushion body

Claims (2)

One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a plurality of through holes (14) are formed in a hemispherical dome formed by a dome outer diameter (12) and a dome inner diameter (13) smaller than the base disc (11) in the base disc (11) (10)
The spherical vaporization divergent member 20A coated with the vaporization divergent agent 23 on all the surfaces of the evaporation diver fixing base 20a in which a large number of evaporation divergent fixing holes 22a are formed in the spherical body 21a ,
The spherical vaporizing divergence 20A is introduced into the dome inner diameter 13 of the upper and lower dome type cushion body 10 and the base disk 11 of the upper and lower dome type cushion body 10 is provided by ultrasonic welding or high frequency welding, The vaporization diverting cushion body (100) One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a plurality of through holes (14) are formed in a hemispherical dome formed by a dome outer diameter (12) and a dome inner diameter (13) smaller than the base disc (11) in the base disc (11) (10)
An antireflective evaporation diaphragm 20B in which a vaporization divergent 23 is applied to all surfaces of a vaporization diver fixing base 20b in which a large number of evaporation divergent fixing holes 22b are formed in a hemisphere 21b, ,
One of soft plastic, rubber, silicone, urethane, injection molding or foaming with foaming material or one of flexible plastic, rubber, silicone, urethane, sponge, cloth, nonwoven felt, cotton pad, And a disk-shaped cushion body 30 formed by cutting a material of the disk-
The vaporizing divergent diaphragm 20B is inserted into the dome inner diameter 13 of the upper dome type cushion body 10 and the edge of the base disk 11 of the upper dome type cushion body 10 and the edge of the lower disk type cushion body 30 A vaporizing diverting cushioning body 200 provided with ultrasonic waves, high frequency fused, bonded or sewn,

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