KR101844714B1 - A health-aid pillow having a harmful-wave-shielding function and a method for manufacturing the pillow - Google Patents

Abstract

The present invention relates to a health assistance pillow with a harmful wave blocking function and a manufacturing method thereof. According to the objective of the present invention, since a support member is formed with a mixture of antimicrobial additives and coconut palm fiber webs and the support member is stored in an outer fabric cover for blocking harmful waves, the health assistance pillow is capable of blocking various harmful waves to human bodies as well as bringing a strong sterilizing effect, an antimicrobial effect, a harmful bacterium blocking effect, and a deodorizing effect, thereby safely protecting the body of a user from harmful risky factors which cause diseases. Accordingly, to achieve the objective, the present invention comprises: a support member made by mixing coconut palm fiber webs, soaked in a kaolin solution, with antimicrobial additives, comprising copper sulfide nanoparticles, magnetite nanoparticles, and a filament nylon member, and then, compressing the mixture; and an outer cover for blocking harmful waves, storing the support member. Moreover, the method includes: a web forming process; an antimicrobial additive pretreatment process; an antimicrobial additive generating process; an arsenic acid mixing process; a web stacking and combining process; a support member forming process; and a mass production process.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a health-aid pillow having a harmful-wave-shielding function and a method of manufacturing the pillow,

The present invention relates to a pillow for a health supplement, and more particularly, to a pillow for a health supplement, which is clean and comfortable to use by far infrared rays and anion releasing action, And a method of manufacturing the pillow, which is capable of effectively shielding harmful waves such as electromagnetic waves and the like and shielding the user's body, especially the head part, with a harmful-wave shielding function.

The human brain is a place that oversees all biological functions for maintaining life. Stability and rest are absolutely necessary for the brain to maintain and restore a proper balance of activity, and most of the brain's stability and rest is through sleep.

Humans who send one-third of their life to the surface of the water use various kinds of bedding as a means of taking a more comfortable and comfortable sleep. Basically, pillows, quilts, and urine are representative examples of such bedding. can do.

In such a variety of kinds of bedding, in particular, the pillow supports the body in its natural state in a lying position, blocks the sound or vibration transmitted from the floor, and rests comfortably on the head (head) , It has a great effect on sleep.

However, continued use of unsuitable pillows can cause sleep disturbances, cause neck pain, and cause chronic fatigue.

One of the inadequate causes of a pillow is the height of the pillow, as can be seen from the old saying, "short pillow short". If the height of the pillow is inappropriately high, the cervical vertebrae or the backbone can be inflicted with the neck or shoulder pain, and the patient may be exposed to danger such as loss of concentration, lethargy, and facial aging.

Also, it is the cleanliness of the pillow that is raised as a serious problem as much as the height of the pillow. Pillows are used on the pillow cover, which can contaminate the skin by depositing various secretions or keratin from the scalp, which creates an environment in which various bacteria such as mold, tick, Propionibacterium and Echinococcus can parasitize. According to the results of the study, the bacteria that parasitic on the pillow is about 18 times as many as the toilet, and the odor is generated from the pillow and causes diseases such as asthma, rhinitis, allergy, and atopic dermatitis.

On the other hand, in addition, various kinds of harmful waves occurring in various places around living, such as spermwaves (ground current) caused by the influence of ground water, and electromagnetic waves caused by use of various household appliances and communication devices, And it is the existence which has a little influence on the.

Herein, the term "sphyme wave" refers to a harmful low frequency wave generated in a water sump, for example, a very low frequency wave which disturbs and amplifies the earth's natural frequency of 7.83 Hz, which is caused by harmful radiation, It is sometimes referred to as a pathogenic zone.

Such a snakemap (earth current) is an abnormal wave that disturb human brain waves, that is, vibrate the earth's high-frequency wave intricately upwards and downwards, and make the human brain waves resonate with it, , Deterioration of the human body function, for example, increase in fatigue, decrease in concentration, and disturbance of sleep, and there is a problem that the human health is gradually deteriorated in the long term.

In addition, the electromagnetic wave may be generated by electric power generation and transmission, and those generated when the electric wave is used, for example, household electric appliances such as televisions and microwave oven heat insulating mat, wired / wireless communication devices such as smart phones and computers, Equipment and the like, harmful waves such as electromagnetic waves are adversely affecting the hormone secretion system or immune cells in the human body. Therefore, when a user's body is exposed to electromagnetic waves for a long time, body temperature And biorhythm changes cause side effects such as headache, sleeping disorder, memory loss, and even cause leukemia, brain tumor, breast cancer, dementia, male infertility, and the like.

2. Description of the Related Art In recent years, as a method for safely protecting a user's body from harmful waves such as snakes (earth currents) and electromagnetic waves as described above, there has been proposed a method of manufacturing a material for a snakem and an electromagnetic wave Registration No. 0298832) and "Neutralizing compositions for electromagnetic wave and smack absorption and methods for producing the same" (Patent Registration No. 0491983).

However, since such pre-registration technologies take a constituent material that cuts off snakes or electromagnetic waves, for example, in various industrial fields, it takes a basic raw material composition for selectively applying to various products, It is necessary to provide a separate process technology or equipment in accordance with the characteristics of the mass-produced products, and in particular, the products to which the control substances are added and those that can not be applied are not specifically defined or specified , It is only provided in the form of a raw material, "Where is it possible to apply such a substance?" And it confuses and doubts the choice of application.

Accordingly, the present invention has been made to solve the problems of the conventional pillow which is defenseless to various kinds of harmful waves such as a snake wave and an electromagnetic wave as well as cleanliness;

It is an object of the present invention to provide a hair restraint member which is formed by mixing an antimicrobial additive and a coconut palm fiber web in a form of a head restraining member and accommodating the formed head restraint member in the casing of the harmful wave shielding fabric, It is possible to provide a harmful wave such as a powerful sphericity and an electromagnetic wave shielding function and to combine a strong bactericidal action and an antimicrobial action and a harmful bacteria blocking action and a deodorizing action, The present invention provides a health supplementary pillow having a harmful-wave shielding function that can stably protect a user's body, especially a head from a harmful risk factor that can not be prevented, and a method of manufacturing the pillow.

Yet another object of the present invention is to provide a head supporting member composed of an antimicrobial additive and a coconut palm fiber web in the form of a small granular support member chip, It is possible to provide a comfortable and comfortable support function without being affected by the hair shape of each user having different shape characteristics and also to improve the breathability and handling ability of the user, And a method of manufacturing the pillow.

In order to accomplish the above objects, according to the present invention, there is provided a method of manufacturing a pillow for a health supplement,

A support member formed by mixing a coconut palm fiber web immersed in a kaolin solution with an antimicrobial additive material composed of a sulfide nano-particle, a magnetite nano-particle, and a short fiber nylon member and compression-molding the harmonic wave shielding And is formed as a sheath.

Also, as a method for manufacturing a pillow for health supplement, a web forming step, an antimicrobial additive pretreatment step, an antimicrobial additive generating step, a scattering mixing step, a web lamination bonding step, a supporting member forming step, So as to achieve the above-mentioned object.

As described above, the health-supporting pillow having the harmful-wave-shielding function and the method of manufacturing the pillow according to the present invention are characterized in that the headrest member is formed by mixing the antimicrobial additive and the coconut palm fiber web, This makes it possible to form a pillow for supporting the user's head by accommodating the member in the harmful-wave-shielding sheath. Therefore, it is possible to provide various kinds of harmful waves that adversely affect the human body, such as a strong sword- And also to prevent harmful bacteria and deodorizing action, and thereby to stably protect the user's body, especially the head, from harmful hazards which are the cause of the disease and unhealthy hazards Provide an effect to make.

Alternatively, the health-supporting pillow having a harmful-wave-shielding function and the method of manufacturing the pillow according to the present invention are characterized in that the headrest member made of the anti-microbial additive and the coconut palm fiber web is formed as a small- , And a finished pillow which is housed in the harmful-wave-shielding fabric outer sheath is constructed so that a comforting and comfortable supporting function is performed without regard to the hair shape of each user having different shape characteristics, , Which provides a very useful anticipatory effect.

1 is a cross-sectional view of a health supplementary pillow having a harmful-wave-shielding function according to the present invention
Fig. 2 shows another embodiment of the support member according to the present invention
FIG. 3 is a flow chart of a method for manufacturing a health supplement pillow having a harmful-wave-shielding function according to the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a health supplement pillow and a method of manufacturing the pillow according to the present invention will be described in detail with reference to the accompanying drawings.

Referring to the accompanying drawings, the structure of a pillow according to the present invention will be described.

This is composed of the antimicrobial additive 1, the support member 2, and the harmful-wave-shielding sheath 3.

Here, it is preferable that the antimicrobial additive (1) is formed by ion-bonding the sulfide nanoparticles, the magnetite nanoparticles, and the short-fiber nylon member by a polymerization reaction.

At this time, in the antimicrobial member (2) having such a configuration, the above-mentioned sulfide nanoparticles can be produced by any one of the well-known methods for producing sulfide nanoparticles, for example, a method using hydrogen sulfide and an organic solvent or a method using hydrogen sulfide and an aqueous solvent The magnetite nano-particles are natural minerals belonging to the equiaxed crystal system, generate a strong magnetic force, and are capable of generating an oxidizing effect in the human body And other blood circulation is promoted, such as a magnetite having a particle size of 4 nm to 8 nm, which is useful for the human body. Particularly, the above-mentioned short fiber nylon member is made of well-known nylon fiber yarn of 5 mm To 10 mm in length, so as to take up a large number of small stitches.

The support member 2 is formed by applying the above-mentioned antimicrobial additive 1 to a coconut palm fiber web immersed in a kaolin solution, and cocoon palm fibrous web having the antimicrobial additive 1 applied thereto, As shown in Fig. 1, it is preferable to have a constitution in which a compression molding is performed in a single shape of a block shape.

The harmful-wave shielding envelope (3) comprises a harmful-wave shielding composition formed by mixing copper powder, aluminum powder, graphene powder, anionite powder, scoria powder, virgin powder, and natural binder, A functional fabric woven fabric comprising a functional fabric knitted with a sheet structure by adding a barrier composition to a carded web having a carding composition and a special yarn of silver, Layer, which uses the harmful-wave shielding envelope mass produced by the patent application No. 1650657 entitled " Fabric Member for Shielding Harmful Waves and Method for Fabricating the Fabric Member " of the present applicant, as a concrete description thereof Drawing of drawings is omitted.

Therefore, the present invention having such a constitution as above can be applied to a case where the support member 2, which is compression-molded in the form in which the antimicrobial additive 1 is coated, is inserted into the harmful-wave-shielding sheath 3 Thereby completing the health-supporting pillow having the harmful-wave-shielding function according to the present invention.

Meanwhile, the health-supporting pillow having the harmful-wave-shielding function according to the present invention can be applied to a method of manufacturing a health-care pillow having a different type of harmful-wave-shielding function for forming a series of components as described above 3, the present invention as a method feature comprises a web forming step S1, an antimicrobial additive pretreatment step S2, an antimicrobial additive generating step S3, (Step S4), the web laminate bonding step (S5), and the receiving member forming step (S6) are carried out through a finished product mass production step (S7).

Herein, the web forming step (S1) is a step of collecting coconut palm fiber, which is known as a natural fiber material wrapping the inner skin of coconut fruit, for example, a material excellent in antimicrobial, hygienic, breathable and other moisture- The dipped coconut palm fiber is naturally dried at room temperature, and then the dried coconut palm fiber bundle is opened (untangled fiber bundle is loosened) (Not shown) to remove the impurities. The coconut palm fiber material from which the impurities have been removed is cut to a uniform thickness of about 5 cm to less than 10 cm To form a mat-like coconut palm fiber web.

At this time, in the above-described web forming step (S1), kaolin to which the coconut palm fiber material is immersed refers to hydrated aluminum silicate produced from natural clay mineral, that is, silicate mineral. Such kaolin has a large amount of anions The present invention has such a known material characteristic that it exhibits a very excellent effect in antibacterial, dehumidification, deodorization, purifying action, and detoxifying action by quantum energy, far-infrared ray emitting function and the like. Kaolin having a well-known material property is processed and purified in powder form, and dissolved in purified water.

In the pre-treatment step (S2) of the antimicrobial additive, the nylon fiber yarn is cut by a conventional industrial cutting processor to provide a short fiber nylon member having a length in the range of 5 mm to 10 mm Wherein the raw material of the sulfide nano particles is a raw material of sulfided nano particles and the raw material of magnetite nanoparticles is ion-bonded to the short-fiber nylon member. As the nanoparticles extracted by any one of the manufacturing methods, for example, a manufacturing method using hydrogen sulfide and an organic solvent, or a manufacturing method using a hydrogen sulfide and an aqueous solvent, particularly, a raw material of sulfide nano particles having a particle size in the range of 4 nm to 8 nm And the magnetite nano-particle raw material is obtained by subjecting magnetite collected in nature to ordinary nanoparticle pulverization Through Rigi pulverized processing 4nm ~ 8nm in particle size is preferred maryeonham the magnetite nano material.

At this time, in the pre-treatment step (S2) of the above-mentioned antimicrobial additives, a method for preparing sulfide nanoparticles using hydrogen sulfide and an organic solvent, and a method for producing hydrogen sulfide nanoparticles employing hydrogen sulfide and an organic solvent, The present invention is based on the fact that the present invention utilizes the raw material of sulfide nanoparticles produced as described above. Accordingly, a detailed description of the method of manufacturing the sulfide nanoparticle is omitted because it can obscure the technical nature of the present invention do.

Alternatively, the above-mentioned sulfide nanoparticles are not limited to those produced by using a manufacturing method using hydrogen sulfide and an organic solvent or a manufacturing method using hydrogen sulfide and an organic solvent, and are pulverized by a general nano mill, And may optionally be used for the sulfided nano-particles having a particle size in the range of about 1 nm to about 8 nm, which is not outside the scope of the present invention.

In addition, the anti-microbial additive producing step (S3) is a step of producing the anti-microbial additive material by mixing the raw material of the sulfide nanoparticles prepared in the pre-treatment step (S2), the magnetite nanoparticle raw material and the short- , And forming an antimicrobial additive.

In the scattering step S4, the anti-microbial additive 1 formed through the above-mentioned anti-microbial additive producing step S3 is applied to the coconut palm formed by spreading in the form of a mat through the web forming step S1 The antimicrobial additive 1 is dispersed by a method in which the fibers are first sprayed on the front and back surfaces of the fibrous web and mixed therewith, for example, by a scattering method using an air blower or the like to mix them on the front and back surfaces of the coconut palm fiber web in a coating form (Not shown) of the liquid phase is secondarily sprayed again on the front and back surfaces of the coconut palm web on which the antimicrobial agent 1 is sprayed by a high-pressure scattering method, followed by mixing treatment in a coating manner It is preferable that the process be performed.

At this time, the natural binder used in the above-described scattering mixing step S4 is a means for imparting an adhesive force to the antimicrobial additive 1 to stably bind the antimicrobial additive 1 to the coconut palm fiber web, Such natural binders can be obtained by taking any one of various kinds of seaweeds such as seaweed, marine, kelp, kunpie, mackerel, mackerel, rhubarb, The collected seaweed is put into a boiling water having a high temperature of 100 ° C or more and formed into a thick liquid body by continuous heating until the boiling water is evaporated and again the seaweed which takes the liquid body is caught by a string Dried at room temperature in the form of removing the impurities, and then processed in a powder form by a pulverizer to prepare a powder, which is then melted and mixed in water.

The web lamination bonding step (S5) is a step of bonding the mat-like coconut palm fiber web, in which the antimicrobial additives (1) are mixed on the front and back surfaces through the above-described non-acid mixing step (S4) Coconut palm fiber webs are stacked in a multistage configuration with the height of the pillow set to a standard value according to the classification of adults, children, and body size, and the laminated coconut palm fiber web is placed in a conventional industrial press machine By a pressing method using a pressing mechanism (not shown).

In the receiving member forming step S6, the mat-like coconut palm fiber web bonded in a multi-layer laminated structure through the above-described web lamination bonding step (S5) is cut by a conventional commercial cutting machine (not shown) It is preferable that the supporting member 2 in the form of a block is formed, for example, as shown in Fig. 1, to form a single-area compartment supporting the user's head.

At this time, the receiving member 2 in the receiving member forming step (S6) is not limited to a cut-off cutting structure having a single area structure that simply supports the head of the user, and may be made of a laminated coconut palm fiber web As shown in Fig. 2, by cutting with a cutter uniformly in the form of small grains to form a kind of a receiving member chip 2 ', and a plurality of such supporting member chips 2' Can be formed.

The finished product mass production step S7 is a step of finishing the supporting member 2 formed through the supporting member forming step S6 in a state of being accommodated in the harmful-wave-shielding sheath 3, And a process of forming a pillow.

On the other hand, for the sake of explanation, the harmful-wave-shielding envelope (3) is made of a fabric member for shielding harmful-waves, which is mass produced by the patent application No. 1650657 entitled " Fabric member for shielding harmful- , A process for producing a harmful-wave-shielding composition in which a copper powder, an aluminum powder, an anion powder, an anion powder, a scoria powder, a truffle powder and a natural binder are mixed, A step of forming a functional fabric by press-forming the functional fabric into a sheet structure by adding it to a fibrous web; and a step of weaving a special yarn of silver, verb or aluminum as a grooved structure on the front and back surfaces of the functional fabric, Shielding jacket (woven member for shielding harmful wounds) manufactured by the process of forming the horn-wave shielding fabric of the present invention, Specifically, a material characteristic and a function acting on sulin yuhaepa shielding shell (3) will be omitted.

1: antibiotic additive 2: support member
2 ': Supporting member chip 3: Harmful wave shielding sheath
S1: web forming process S2: antimicrobial pretreatment process
S3: antimicrobial additive production step S4: non-acid mixing step
S5: Web lamination bonding process S6: Support member forming process
S7: Finished product mass production process

Claims (4)

(1) an antimicrobial additive (1) formed by ion-binding sulfhydryl nano particles, magnetite nanoparticles, and short fiber nylon members;
A coconut palm fiber web immersed in a kaolin solution is coated with an antimicrobial additive (1), a coconut palm fiber web having a coated antimicrobial additive (1) is laminated in a multi-layer structure, (2);
The harmful-wave-shielding sheath 3 is formed of a copper powder, an aluminum powder, a graphene powder, an anion powder, a scoria powder, A functional woven fabric fabric formed by press-molding the natural wax composition into a sheet structure by adding it to a fiber web opened with the harmful-wave shielding composition; Wherein the auxiliary barrier layer is made of a special yarn selected from the group consisting of silver, copper and aluminum.
The method of claim 1, further comprising:
Characterized in that said support member (2) is formed by compression molded granular form of the support member chip (2 ').
A web molding process in which a bundle of coconut palm fiber material immersed in a kaolin solution is opened, impurities are removed by a damper, and a coconut palm fiber material having impurities removed is spread to a uniform thickness to form a mat-shaped coconut palm fiber web (S1);
The nylon fiber fabric was cut into a seam-like shape having a length in the range of 5 mm to 10 mm by a cutting processor to prepare a short fiber nylon member, and either a manufacturing method using an organic solvent or a manufacturing method using an aqueous solvent (S2) an antimicrobial additive preprocessing step of preparing a magnetite nano-particle raw material by processing a raw material of sulfur niobate nanoparticles produced with a particle size of 4 nm to 8 nm and a magnetite collected with natural minerals to a particle size of 4 nm to 8 nm;
(S3) for mixing the pre-treated raw material of sulfide nano particles and the magnetite nano raw material and ion-binding the mixed raw material of sulfide and magnetite to the short nylon member to form the antimicrobial additive (1) ;
(1) is first sprayed on a coconut palm fiber web formed by spreading in a mat shape by a high-pressure scattering method, and is mixed by a surface coating method, and an antimicrobial additive (1) is mixed with a coconut palm fiber web (S4) in which a natural binder is secondarily injected by a high-pressure scattering method and mixed by a surface coating method;
A web lamination bonding process (S5) of stacking the mat-like coconut palm fiber webs subjected to the scattering mixing step (S4) to a set height and stacking the laminated coconut palm fiber webs by a pressing method using a pressure- );
A receiving member forming step (S6) of cutting the coconut palm fiber web formed by the laminated structure with a cutter to form a receiving member (2) in a block form;
(S7) for finishing the receiving member (2) in a state in which the supporting member (2) is accommodated in the harmful wave shielding covering (3) to form a health assistant pillow, wherein the harmful wave shielding sheath (3) A process for producing a harmful-wave-shielding composition in which a copper powder, an aluminum powder, a graphene powder, an anionite powder, a scoria powder, a noble discolor powder and a natural binder are mixed, A step of forming a functional fabric by press-molding a sheet structure into a web; and a step of weaving a special yarn of silver, copper or aluminum as a groove structure on the front and back surfaces of the functional fabric, The method of claim 1, wherein the pillow is made of a synthetic resin.
4. The method of claim 3, further comprising:
The supporting member forming step (S6) comprises cutting the coconut palm fiber web formed in a laminated structure in the form of granules of uniform size by a cutter to form a receiving member chip (2 '). Wherein the pillow is in the form of a pillow.

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